traindevset/english/Wikipedia_Dev.tsv

3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	4	8	tail	10	10	0	2	1	0.1
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	12	25	Epidexipteryx	10	10	6	3	1	0.45
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	31	35	bore	10	10	0	3	1	0.15
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	31	53	bore unusual vertebrae	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	36	53	unusual vertebrae	10	10	2	0	1	0.1
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	36	43	unusual	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	44	53	vertebrae	10	10	7	5	1	0.6
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	54	61	towards	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	76	85	resembled	10	10	1	6	1	0.35
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	66	69	tip	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	90	107	feather-anchoring	10	10	3	4	1	0.35
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	90	117	feather-anchoring pygostyle	10	10	3	0	1	0.15
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	108	117	pygostyle	10	10	9	8	1	0.85
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	143	158	oviraptorosaurs	10	10	10	5	1	0.75
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	121	127	modern	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .	128	133	birds	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	0	13	Epidexipteryx	10	10	2	1	1	0.15
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	19	28	preserved	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	67	78	composed of	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	31	39	covering	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	43	50	simpler	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	51	55	body	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	56	64	feathers	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	67	75	composed	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	79	87	parallel	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	79	93	parallel barbs	10	10	2	0	1	0.1
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	88	93	barbs	10	10	3	8	1	0.55
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	105	114	primitive	10	10	3	4	1	0.35
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	115	124	feathered	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .	125	134	dinosaurs	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	20	32	modern-style	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	0	7	However	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	20	42	modern-style rectrices	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	33	42	rectrices	10	10	6	4	1	0.5
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	50	58	feathers	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	45	49	tail	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	67	72	vanes	10	10	2	5	1	0.35
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	96	106	individual	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	82	90	branched	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	96	116	individual filaments	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	107	116	filaments	10	10	9	3	1	0.6
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	141	152	ribbon-like	10	10	0	3	1	0.15
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	121	125	made	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	134	140	single	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .	153	158	sheet	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	29	41	maniraptoran	10	10	10	2	1	0.6
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	12	20	reported	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	67	75	Jurassic	10	10	3	0	1	0.15
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	42	50	dinosaur	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	60	66	Middle	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	94	97	age	10	10	0	1	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	79	84	Upper	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	85	93	Jurassic	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	98	106	Daohugou	10	10	2	0	1	0.1
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	107	111	Beds	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	115	120	Inner	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	121	129	Mongolia	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	132	137	China	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .	157	160	mya	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	0	13	Epidexipteryx	10	10	2	2	1	0.2
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	45	50	genus	10	10	1	1	1	0.1
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	19	26	display	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	27	34	feather	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	60	68	paravian	10	10	6	3	1	0.45
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	54	59	small	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	60	77	paravian dinosaur	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	69	77	dinosaur	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	95	101	fossil	10	10	1	4	1	0.25
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	95	110	fossil specimen	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	102	110	specimen	10	10	0	3	1	0.15
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	149	172	Vertebrate Paleontology	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	118	128	collection	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	136	145	Institute	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	149	159	Vertebrate	10	10	0	0	0	0.0
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	149	194	Vertebrate Paleontology and Paleoanthropology	10	10	1	0	1	0.05
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	160	172	Paleontology	10	10	1	3	1	0.2
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	177	194	Paleoanthropology	10	10	1	3	1	0.2
3QI9WAYOGQCX8YMZA9CAS9VCVMWS62	Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .	198	205	Beijing	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	0	8	Medicine	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	9	19	recognizes	10	10	3	6	1	0.45
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	25	34	altitudes	10	10	7	6	1	0.65
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	47	53	metres	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	67	72	start	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	62	64	ft	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	76	82	affect	10	10	0	1	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	135	142	extreme	10	10	2	5	1	0.35
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	83	89	humans	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	108	114	record	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	118	124	humans	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	125	131	living	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	135	152	extreme altitudes	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	143	152	altitudes	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	172	178	metres	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	196	198	ft	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .	219	224	years	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	27	35	aviation	10	10	8	6	1	0.7
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	18	23	types	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	27	44	aviation altitude	10	10	1	3	1	0.2
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	36	44	altitude	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	62	70	altitude	10	10	0	1	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	53	58	types	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	103	110	various	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	78	87	explained	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	93	99	simply	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	119	128	measuring	10	10	1	2	1	0.15
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	111	115	ways	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	157	167	atmosphere	10	10	8	0	1	0.4
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	133	141	altitude	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	148	153	Earth	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	171	178	divided	10	10	0	1	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	192	208	altitude regions	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	192	200	altitude	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	235	242	surface	10	10	0	1	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	201	208	regions	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	211	218	Regions	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	226	231	Earth	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	255	265	atmosphere	10	10	2	1	1	0.15
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	288	292	mean	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	277	281	high	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	288	302	mean sea level	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	307	315	referred	10	10	1	2	1	0.15
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	293	296	sea	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	297	302	level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	307	318	referred to	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	327	335	altitude	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .	322	326	high	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	0	8	Aviation	10	10	2	0	1	0.1
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	0	17	Aviation altitude	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	21	29	measured	10	10	0	1	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	9	17	altitude	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	43	47	Mean	10	10	1	0	1	0.05
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	43	57	Mean Sea Level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	69	87	local ground level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	48	51	Sea	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	52	57	Level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	60	63	MSL	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	69	74	local	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	90	108	Above Ground Level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	75	81	ground	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	82	87	level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	90	95	Above	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	127	136	reference	10	10	3	0	1	0.15
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	96	102	Ground	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	103	108	Level	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	114	117	AGL	10	10	0	0	0	0.0
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	127	142	reference datum	10	10	1	4	1	0.25
36JW4WBR06L41I1U083FI11NFAIFH7	Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .	137	142	datum	10	10	7	4	1	0.55
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	4	13	performed	10	10	0	3	1	0.15
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	26	36	production	10	10	2	1	1	0.15
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	44	61	Royal Opera House	10	10	0	1	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	44	49	Royal	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	50	55	Opera	10	10	0	1	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	56	61	House	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	64	70	Covent	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .	71	77	Garden	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	0	10	Bradamante	10	10	2	1	1	0.15
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	66	72	island	10	10	0	1	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	19	28	searching	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	37	42	lover	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	45	52	arrives	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	56	62	Alcina	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	78	86	Ruggiero	10	10	2	0	1	0.1
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	90	96	former	10	10	0	1	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	90	102	former tutor	10	10	1	1	1	0.1
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	97	102	tutor	10	10	1	5	1	0.3
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .	105	112	Melisso	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	29	37	audience	10	10	3	5	1	0.4
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	14	19	point	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	38	46	realizes	10	10	1	3	1	0.2
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	59	68	genuinely	10	10	5	7	1	0.6
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	52	58	Alcina	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	131	139	depicted	10	10	4	8	1	0.6
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	69	74	loves	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	75	83	Ruggiero	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	105	108	end	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	116	121	opera	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	131	155	depicted sympathetically	10	10	5	4	1	0.45
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	It is at this point that the audience realizes that Alcina genuinely loves Ruggiero ; from now until the end of the opera , she is depicted sympathetically .	140	155	sympathetically	10	10	6	6	1	0.6
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	97	108	represented	10	10	3	2	1	0.25
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	0	10	Bradamante	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	15	23	Ruggiero	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	24	30	decide	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	49	56	destroy	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	61	67	source	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	71	77	Alcina	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	81	86	magic	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	Bradamante and Ruggiero decide that they need to destroy the source of Alcina 's magic , usually represented as an urn .	115	118	urn	10	10	4	6	1	0.5
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	17	24	founded	10	10	2	1	1	0.15
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	4	12	Festival	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	40	48	composer	10	10	2	1	1	0.15
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	99	109	librettist	10	10	8	10	1	0.9
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	49	57	Benjamin	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	58	65	Britten	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	72	78	singer	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	79	84	Peter	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	85	90	Pears	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	110	114	Eric	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The Festival was founded in 1948 by the composer Benjamin Britten , the singer Peter Pears and the librettist Eric Crozier .	115	122	Crozier	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	13	22	intention	10	10	4	6	1	0.5
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	4	12	original	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	30	37	provide	10	10	0	1	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	55	60	opera	10	10	1	0	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	40	44	home	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	105	111	vision	10	10	1	1	1	0.1
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	61	68	company	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	75	82	English	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	83	88	Opera	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	89	94	Group	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	121	128	widened	10	10	2	4	1	0.3
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	152	158	poetry	10	10	1	0	1	0.05
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	132	139	include	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	140	148	readings	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	182	190	lectures	10	10	2	0	1	0.1
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	161	171	literature	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	174	179	drama	10	10	0	0	0	0.0
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	195	206	exhibitions	10	10	7	3	1	0.5
33P2GD6NRNTFH4T81JUCYETSN6ZHKB	The original intention was to provide a home for their opera company , the English Opera Group , but the vision was soon widened to include readings of poetry , literature , drama , lectures and exhibitions of art .	210	213	art	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	12	26	thermodynamics	10	10	10	10	1	1.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	4	8	laws	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	38	46	absolute	10	10	5	2	1	0.35
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	27	32	state	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	38	51	absolute zero	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	63	70	reached	10	10	0	1	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	82	95	thermodynamic	10	10	2	2	1	0.2
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	82	101	thermodynamic means	10	10	0	1	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The laws of thermodynamics state that absolute zero can not be reached using only thermodynamic means .	96	101	means	10	10	1	2	1	0.15
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	4	14	zero point	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	22	35	thermodynamic	10	10	2	2	1	0.2
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	9	14	point	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	36	47	temperature	10	10	2	0	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	36	53	temperature scale	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	48	53	scale	10	10	1	1	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	64	70	Kelvin	10	10	2	0	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	74	81	Rankine	10	10	2	0	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	94	102	absolute	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	87	90	set	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The zero point of any thermodynamic temperature scale , such as Kelvin or Rankine , is set at absolute zero .	94	107	absolute zero	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	4	11	Academy	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	12	17	Award	10	10	0	1	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	67	72	Merit	10	10	1	3	1	0.2
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	22	26	Best	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	27	34	Picture	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	49	56	Academy	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	57	63	Awards	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	83	91	annually	10	10	1	1	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	73	82	presented	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	110	116	Motion	10	10	0	2	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	99	106	Academy	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	110	124	Motion Picture	10	10	0	1	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	110	129	Motion Picture Arts	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	134	142	Sciences	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	117	124	Picture	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	125	129	Arts	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	179	193	motion picture	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	145	150	AMPAS	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	156	163	artists	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	164	171	working	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	179	185	motion	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	179	202	motion picture industry	10	10	1	1	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	194	202	industry	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The Academy Award for Best Picture is one of the Academy Awards of Merit presented annually by the Academy of Motion Picture Arts and Sciences ( AMPAS ) to artists working in the motion picture industry .	186	193	picture	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	9	20	enlargement	10	10	8	10	1	0.9
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	28	36	European	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	37	42	Union	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	47	55	Bulgaria	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	60	67	Romania	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	68	72	join	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	77	85	European	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	86	91	Union	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	94	96	EU	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	The 2007 enlargement of the European Union saw Bulgaria and Romania join the European Union ( EU ) on 1 January 2007 .	104	111	January	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	33	47	post-communist	10	10	7	2	1	0.45
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	0	7	Romania	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	22	29	country	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	48	54	Europe	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	63	71	official	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	72	81	relations	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	91	99	European	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania was the first country of post-communist Europe to have official relations with the European Community .	100	109	Community	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	8	14	signed	10	10	1	1	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	0	7	Romania	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	19	25	Europe	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	26	35	Agreement	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	50	59	submitted	10	10	2	5	1	0.35
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	64	99	official application for membership	10	10	1	0	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	64	72	official	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	73	84	application	10	10	1	1	1	0.1
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	89	99	membership	10	10	0	1	1	0.05
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	137	151	post-communist	10	10	5	0	1	0.25
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	107	109	EU	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	186	204	Hungary and Poland	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	152	160	European	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	161	170	countries	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	186	193	Hungary	10	10	0	0	0	0.0
3KVQ0UJWPXMUWB3UPVC6XSKX54H5WE	Romania signed its Europe Agreement in 1993 , and submitted its official application for membership in the EU in 1995 , the third of the post-communist European countries to do so after Hungary and Poland .	198	204	Poland	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	0	7	Tallari	10	10	0	1	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	15	26	outstanding	10	10	4	8	1	0.6
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	15	33	outstanding season	10	10	1	1	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	27	33	season	10	10	2	0	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	50	59	finishing	10	10	0	1	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	37	47	Manchester	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	67	71	EIHL	10	10	1	0	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	75	101	second highest goal scorer	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	95	101	scorer	10	10	1	2	1	0.15
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	82	89	highest	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	90	94	goal	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	104	112	managing	10	10	1	1	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	129	136	assists	10	10	0	2	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	116	121	goals	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Tallari had an outstanding season in Manchester , finishing as the EIHL 's second highest goal scorer , managing 55 goals and 38 assists in 59 games .	143	148	games	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	17	24	denotes	10	10	8	4	1	0.6
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	14	16	A0	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	65	72	denotes	10	10	2	1	1	0.15
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	29	36	hottest	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	37	42	stars	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	52	57	class	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	62	64	A9	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	For example , A0 denotes the hottest stars in the A class and A9 denotes the coolest ones .	77	84	coolest	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	12	20	spectral	10	10	8	5	1	0.65
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	0	5	Notes	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	12	28	spectral classes	10	10	3	2	1	0.25
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	45	55	subdivided	10	10	3	1	1	0.2
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	21	28	classes	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	66	74	numerals	10	10	1	1	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	59	65	Arabic	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	119	132	half-subtypes	10	10	6	3	1	0.45
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Notes : The spectral classes O through Y are subdivided by Arabic numerals ( 0-9 ) , which can be further divided into half-subtypes .	106	113	divided	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	0	13	Main-sequence	10	10	4	5	1	0.45
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	0	19	Main-sequence stars	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	28	35	surface	10	10	1	1	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	14	19	stars	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	20	24	vary	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	28	47	surface temperature	10	10	1	0	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	36	47	temperature	10	10	3	0	1	0.15
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	53	66	approximately	10	10	2	1	1	0.15
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	87	94	whereas	10	10	2	2	1	0.2
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	95	107	more-evolved	10	10	3	3	1	0.3
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	95	113	more-evolved stars	10	10	0	1	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	123	135	temperatures	10	10	1	0	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	108	113	stars	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	153	163	Physically	10	10	2	0	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	178	186	indicate	10	10	1	4	1	0.25
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	170	177	classes	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	218	228	atmosphere	10	10	7	1	1	0.4
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	191	202	temperature	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	210	214	star	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	237	245	normally	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	246	252	listed	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	258	265	hottest	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	269	276	coldest	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K , whereas more-evolved stars can have temperatures above 100,000 K. Physically , the classes indicate the temperature of the star 's atmosphere and are normally listed from hottest to coldest , as is done in the following table .	307	312	table	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	33	43	circumvent	10	10	9	7	1	0.8
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	11	16	users	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	33	54	circumvent censorship	10	10	2	2	1	0.2
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	44	54	censorship	10	10	6	3	1	0.45
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	58	65	filters	10	10	1	0	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	123	138	blocked vandals	10	10	0	1	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	101	106	times	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	123	130	blocked	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	131	138	vandals	10	10	5	3	1	0.4
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	143	154	Wikipedians	10	10	2	0	1	0.1
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	158	164	assume	10	10	2	2	1	0.2
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	165	175	good faith	10	10	1	0	1	0.05
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	165	169	good	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	170	175	faith	10	10	0	0	0	0.0
3LOJFQ4BOXGY5OO6FNBM7TEUVE6KD5	While some users can use them to circumvent censorship or filters , they have been used far too many times by far too many blocked vandals for Wikipedians to assume good faith on their part .	185	189	part	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	19	28	appointed	10	10	7	3	1	0.5
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	3	6	May	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	36	41	Trial	10	10	2	0	1	0.1
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	36	50	Trial Division	10	10	2	1	1	0.15
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	36	71	Trial Division of the Supreme Court	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	58	65	Supreme	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	42	50	Division	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	58	71	Supreme Court	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	113	128	Court of Appeal	10	10	3	3	1	0.3
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	66	71	Court	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	75	83	Victoria	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	93	100	October	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	113	118	Court	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	122	128	Appeal	10	10	1	2	1	0.15
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	In May 1997 he was appointed to the Trial Division of the Supreme Court of Victoria , and in October 1998 to the Court of Appeal of that Court .	137	142	Court	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	7	14	elected	10	10	1	1	1	0.1
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	24	34	Chancellor	10	10	6	5	1	0.55
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	42	52	University	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	84	91	serving	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	56	65	Melbourne	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	69	76	January	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	116	124	resigned	10	10	7	8	1	0.75
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	100	106	office	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	125	135	to take up	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	150	158	Governor	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	140	146	office	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	He was elected the 20th Chancellor of the University of Melbourne in January 2009 , serving in that office until he resigned to take up the office of Governor of Victoria .	162	170	Victoria	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 21 February 2011 , it was announced that he would become the 28th Governor of Victoria .	29	38	announced	10	10	4	3	1	0.35
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 21 February 2011 , it was announced that he would become the 28th Governor of Victoria .	6	14	February	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 21 February 2011 , it was announced that he would become the 28th Governor of Victoria .	69	77	Governor	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 21 February 2011 , it was announced that he would become the 28th Governor of Victoria .	81	89	Victoria	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was appointed Queen 's Counsel in and for the State of Victoria in 1980 .	0	7	Chernov	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was appointed Queen 's Counsel in and for the State of Victoria in 1980 .	12	21	appointed	10	10	3	1	1	0.2
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was appointed Queen 's Counsel in and for the State of Victoria in 1980 .	31	38	Counsel	10	10	2	5	1	0.35
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was appointed Queen 's Counsel in and for the State of Victoria in 1980 .	22	27	Queen	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was appointed Queen 's Counsel in and for the State of Victoria in 1980 .	54	59	State	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was appointed Queen 's Counsel in and for the State of Victoria in 1980 .	63	71	Victoria	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	0	7	Chernov	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	12	19	created	10	10	0	2	1	0.1
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	23	30	Officer	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	38	56	Order of Australia	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	38	43	Order	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	78	94	Birthday Honours	10	10	0	1	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	47	56	Australia	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	69	74	Queen	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	78	86	Birthday	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	87	94	Honours	10	10	5	3	1	0.4
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	87	99	Honours list	10	10	0	3	1	0.15
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	127	136	education	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	95	99	list	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	104	111	service	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	Chernov was created an Officer of the Order of Australia in the 2007 Queen 's Birthday Honours list for service to the law and education .	119	122	law	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	21	28	Chernov	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	6	13	January	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	41	50	Companion	10	10	4	7	1	0.55
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	33	38	named	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	41	63	Companion of the Order	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	41	76	Companion of the Order of Australia	10	10	1	0	1	0.05
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	58	63	Order	10	10	0	0	0	0.0
3PEG1BH7AES5QRQM1RKGC3QUSTUKBY	On 26 January 2011 , Chernov was named a Companion of the Order of Australia .	67	76	Australia	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	4	8	bean	10	10	0	1	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	19	28	unearthed	10	10	9	10	1	0.95
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	32	43	Awazu-kotei	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	44	48	Ruin	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	65	70	Jōmon	10	10	2	0	1	0.1
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	52	60	Japanese	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	61	64	mid	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	130	135	Jomon	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	71	77	period	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	107	115	commonly	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	116	121	found	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	136	141	ruins	10	10	1	3	1	0.2
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The bean was first unearthed at Awazu-kotei Ruin of Japanese mid Jōmon period in 4000BC , and later it was commonly found on many Jomon ruins in 4000BC to 2000BC in Japan .	165	170	Japan	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	3	13	particular	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	28	34	boiled	10	10	1	2	1	0.15
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	48	57	resulting	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	40	45	sugar	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	99	109	ingredient	10	10	4	6	1	0.5
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	61	64	red	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	65	69	bean	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	70	75	paste	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	92	98	common	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In particular , it is often boiled with sugar , resulting in red bean paste ( an ) , a very common ingredient in all of these cuisines .	126	134	cuisines	10	10	8	6	1	0.7
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	21	26	azuki	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	3	8	Japan	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	11	15	rice	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	21	32	azuki beans	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	40	47	sekihan	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	27	32	beans	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	53	66	traditionally	10	10	1	2	1	0.15
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	78	88	auspicious	10	10	10	8	1	0.9
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	67	73	cooked	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	78	98	auspicious occasions	10	10	2	1	1	0.15
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	In Japan , rice with azuki beans ( 赤飯 ; sekihan ) is traditionally cooked for auspicious occasions .	89	98	occasions	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	0	11	Gingerbread	10	10	3	1	1	0.2
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	48	56	Armenian	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	16	23	brought	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	27	33	Europe	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	57	61	monk	10	10	1	3	1	0.2
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	115	124	Nicopolis	10	10	1	0	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	62	69	Gregory	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	73	82	Nicopolis	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	85	92	Gregory	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	93	98	Makar	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	103	111	Grégoire	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	Gingerbread was brought to Europe in 992 by the Armenian monk Gregory of Nicopolis ( Gregory Makar ) ( Grégoire de Nicopolis ) .	112	114	de	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	10	20	documented	10	10	4	1	1	0.25
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	10	26	documented trade	10	10	0	1	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	30	41	gingerbread	10	10	0	1	1	0.05
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	21	26	trade	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	42	50	biscuits	10	10	3	1	1	0.2
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	103	114	monasteries	10	10	10	9	1	0.95
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	51	56	dates	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	69	76	century	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	95	99	sold	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	116	127	 pharmacies	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	117	127	pharmacies	10	10	6	3	1	0.45
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	132	136	town	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	137	143	square	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	144	151	farmers	10	10	0	0	0	0.0
37MQ8Z1JQEX6MJF7MDSWKI21W2Q2Y9	The first documented trade of gingerbread biscuits dates to the 17th century , where they were sold in monasteries , pharmacies and town square farmers ' markets .	154	161	markets	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	27	38	implemented	10	10	7	5	1	0.6
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	19	26	Romania	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	51	58	reforms	10	10	3	2	1	0.25
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	41	47	number	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	74	86	EU accession	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	62	69	prepare	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	74	76	EU	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	77	86	accession	10	10	9	5	1	0.7
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	103	116	consolidation	10	10	10	7	1	0.85
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	89	98	including	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	124	134	democratic	10	10	3	1	1	0.2
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	124	142	democratic systems	10	10	1	0	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	135	142	systems	10	10	1	0	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	149	160	institution	10	10	5	1	1	0.3
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	168	179	rule of law	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	168	172	rule	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	186	201	acknowledgement	10	10	5	5	1	0.5
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	176	179	law	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	236	246	commitment	10	10	1	4	1	0.25
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	205	212	respect	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	217	222	human	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	223	229	rights	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	270	280	expression	10	10	1	2	1	0.15
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	250	258	personal	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	259	266	freedom	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	291	305	implementation	10	10	5	3	1	0.4
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	311	322	functioning	10	10	1	0	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	311	342	functioning free-market economy	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	323	334	free-market	10	10	1	1	1	0.1
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	323	342	free-market economy	10	10	2	1	1	0.15
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	During the 2000s , Romania implemented a number of reforms to prepare for EU accession , including the consolidation of its democratic systems , the institution of the rule of law , the acknowledgement of respect for human rights , the commitment to personal freedom of expression , and the implementation of a functioning free-market economy .	335	342	economy	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	0	10	Acherontia	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	0	18	Acherontia atropos	10	10	5	2	1	0.35
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	11	18	atropos	10	10	1	1	1	0.1
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	31	43	widely-known	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	79	93	head Hawk moth	10	10	1	0	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	57	64	species	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	68	73	Death	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	79	83	head	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	84	93	Hawk moth	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	84	88	Hawk	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Acherontia atropos is the most widely-known of the three species of Death 's - head Hawk moth .	89	93	moth	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	9	20	accompanies	10	10	2	1	1	0.15
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	37	45	flashing	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	26	31	sound	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	66	73	abdomen	10	10	5	1	1	0.3
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	50	58	brightly	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	59	65	marked	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	98	103	deter	10	10	3	6	1	0.45
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	87	94	attempt	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It often accompanies this sound with flashing its brightly marked abdomen in a further attempt to deter its predators .	108	117	predators	10	10	2	9	1	0.55
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	17	24	species	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	28	38	Acherontia	10	10	2	0	1	0.1
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	57	65	colonies	10	10	2	0	1	0.1
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	49	56	attacks	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	104	118	Apis mellifera	10	10	4	0	1	0.2
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	73	83	well-known	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	84	91	Western	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	92	97	honey	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	98	101	bee	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	104	108	Apis	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	Unlike the other species of Acherontia , it only attacks colonies of the well-known Western honey bee , Apis mellifera .	109	118	mellifera	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	28	33	hives	10	10	0	1	1	0.05
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	14	18	move	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	28	44	hives unmolested	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	34	44	unmolested	10	10	8	9	1	0.85
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	56	62	mimics	10	10	2	4	1	0.3
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	67	72	scent	10	10	0	0	0	0.0
3K2CEDRACB20C1K6MPOHRAOKN5PMTV	It is able to move about in hives unmolested because it mimics the scent of the bees .	80	84	bees	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	19	29	recognized	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	0	5	Today	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	8	10	GD	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	19	46	recognized as the prototype	10	10	1	0	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	37	46	prototype	10	10	9	10	1	0.95
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	83	91	L dwarfs	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	52	57	class	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	61	68	objects	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	73	79	called	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Today , GD 165B is recognized as the prototype of a class of objects now called `` L dwarfs '' .	85	91	dwarfs	10	10	1	3	1	0.2
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	0	41	Most failed to live up to their candidacy	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	0	4	Most	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	32	41	candidacy	10	10	9	9	1	0.9
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	5	11	failed	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	15	19	live	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	66	73	absence	10	10	1	0	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	66	84	absence of lithium	10	10	1	0	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	77	84	lithium	10	10	4	2	1	0.3
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	103	110	stellar	10	10	5	7	1	0.6
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	85	91	showed	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	103	118	stellar objects	10	10	3	3	1	0.3
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Most failed to live up to their candidacy , however , because the absence of lithium showed them to be stellar objects .	111	118	objects	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	16	25	emissions	10	10	10	8	1	0.9
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	6	15	strongest	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	37	45	infrared	10	10	3	3	1	0.3
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	37	50	infrared ( IR	10	10	2	1	1	0.15
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	53	61	spectrum	10	10	3	3	1	0.3
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	48	50	IR	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	68	80	ground-based	10	10	1	2	1	0.15
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	68	93	ground-based IR detectors	10	10	1	0	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	81	93	IR detectors	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	81	83	IR	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	84	93	detectors	10	10	2	2	1	0.2
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	103	112	imprecise	10	10	6	10	1	0.8
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	129	136	readily	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	121	125	time	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	150	162	brown dwarfs	10	10	2	2	1	0.2
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	137	145	identify	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	150	155	brown	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Their strongest emissions are in the infrared ( IR ) spectrum , and ground-based IR detectors were too imprecise at that time to readily identify any brown dwarfs .	156	162	dwarfs	10	10	1	2	1	0.15
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	54	58	emit	10	10	3	1	1	0.2
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	0	7	However	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	15	22	objects	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	28	32	hard	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	36	40	find	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	69	76	visible	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	However , such objects were hard to find because they emit almost no visible light .	77	82	light	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	7	18	highlighted	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	0	6	Nature	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	22	45	Brown dwarfs discovered	10	10	1	0	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	22	27	Brown	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	28	34	dwarfs	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	86	91	issue	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	35	45	discovered	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	48	56	official	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	67	72	front	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	Nature highlighted `` Brown dwarfs discovered , official '' in the front page of that issue .	73	77	page	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	20	25	dwarf	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	3	9	theory	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	14	19	brown	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	35	42	Jupiter	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	43	49	masses	10	10	0	1	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	68	75	lithium	10	10	1	0	1	0.05
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	53	59	unable	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	63	67	burn	10	10	0	0	0	0.0
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	79	92	thermonuclear	10	10	4	3	1	0.35
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	79	99	thermonuclear fusion	10	10	4	5	1	0.45
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	93	99	fusion	10	10	3	2	1	0.25
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	123	132	evolution	10	10	4	5	1	0.45
3VCK0Q0PO5F5EA8F0OF7KEBFVK2N0K	In theory , a brown dwarf below 65 Jupiter masses is unable to burn lithium by thermonuclear fusion at any time during its evolution .	107	111	time	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	0	7	Advaita	10	10	7	2	1	0.45
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	10	19	literally	10	10	1	1	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	10	33	literally , non-duality	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	22	33	non-duality	10	10	4	6	1	0.5
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	93	101	identity	10	10	1	1	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	41	47	system	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	51	58	thought	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	68	75	Advaita	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	79	85	refers	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	93	113	identity of the Self	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	109	113	Self	10	10	0	2	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	140	147	Brahman	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	116	121	Atman	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Advaita ( literally , non-duality ) is a system of thought where `` Advaita '' refers to the identity of the Self ( Atman ) and the Whole ( Brahman ) .	132	137	Whole	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	5	9	Maya	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	13	20	removed	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	29	35	exists	10	10	2	0	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	36	46	ultimately	10	10	5	6	1	0.55
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	50	60	difference	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	73	77	Jiva	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	82	89	Brahman	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	When Maya is removed , there exists ultimately no difference between the Jiva and Brahman ( Isvara ) .	92	98	Isvara	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	0	9	Mahavakya	10	10	2	2	1	0.2
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	28	37	sentences	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	22	27	great	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	53	58	unity	10	10	1	1	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	43	48	state	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	62	69	Brahman	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	62	79	Brahman and Atman	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Mahavakya , or `` the great sentences '' , state the unity of Brahman and Atman .	74	79	Atman	10	10	1	1	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	0	9	According	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	38	45	Supreme	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	13	16	Adi	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	17	25	Shankara	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	28	31	God	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	38	59	Supreme Cosmic Spirit	10	10	1	2	1	0.15
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	38	70	Supreme Cosmic Spirit or Brahman	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	46	52	Cosmic	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	46	59	Cosmic Spirit	10	10	0	2	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	53	59	Spirit	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	63	70	Brahman	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	107	114	reality	10	10	2	3	1	0.25
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	117	129	Paramarthika	10	10	2	1	1	0.15
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	117	136	Paramarthika Satyam	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	According to Adi Shankara , God , the Supreme Cosmic Spirit or Brahman is the One , the whole and the only reality ( Paramarthika Satyam ) .	130	136	Satyam	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	0	11	Perceptible	10	10	10	5	1	0.75
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	0	19	Perceptible feeling	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	46	53	achieve	10	10	1	3	1	0.2
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	12	19	feeling	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	27	33	people	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	58	64	turīya	10	10	4	2	1	0.3
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	58	70	turīya state	10	10	3	1	1	0.2
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	73	78	claim	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	65	70	state	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Perceptible feeling - many people , when they achieve the turīya state , claim that their soul has become one with everything else .	90	94	soul	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	0	8	Devotion	10	10	5	4	1	0.45
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	47	56	bad Karma	10	10	1	0	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	11	17	Bhakti	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	25	31	cancel	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	36	43	effects	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	47	50	bad	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	51	56	Karma	10	10	2	2	1	0.2
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	66	71	bring	10	10	0	1	1	0.05
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	100	109	knowledge	10	10	0	2	1	0.1
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	74	80	person	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	95	99	true	10	10	0	0	0	0.0
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	113	122	purifying	10	10	7	8	1	0.75
3W0KKJIARRAMOTSFYF06L10TKN9K8Z	Devotion ( Bhakti ) will cancel the effects of bad Karma and will bring a person closer to the true knowledge by purifying his mind .	127	131	mind	10	10	0	1	1	0.05