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Julia Morgan was the architect of the Asilomar Conference Grounds and the Riverside Art Museum. Julia Morgan was the architect of the grounds of Asilomar Conference and the Riverside Art Museum. | <Subject> Julia_Morgan <Predicate> significantBuilding <Object> Riverside_Art_Museum
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Asilomar Conference Grounds, which is located at Asilomar Blvd., Pacific Grove, California, was added to the National Register of Historic Places on February the 27nd 1987. Asilomar Conference Grounds is located at Asilomar Blvd., Pacific Grove, California and was added to the National Register of Historic Places on February the 27nd 1987. Asilomar Conference Grounds is located on Asilomar Blvd, Pacific Grove, California and was added to the National Register of Historic Places on February the 27nd 1987. | <Subject> Asilomar_Conference_Grounds <Predicate> addedToTheNationalRegisterOfHistoricPlaces <Object> 1987-02-27
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Asilomar Conference Grounds, with the American Craftsman architectural style, is located at Asilomar Blvd., Pacific Grove, California. Asilomar Conference Grounds, which has the architectural style of American Craftsman, is located at Asilomar Blvd., Pacific Grove, California. Asilomar Conference Grounds is located on Asilomar Blvd, Pacific Grove, California and has the architectural style of American Craftsman. | <Subject> Asilomar_Conference_Grounds <Predicate> architecturalStyle <Object> American_Craftsman
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Asilomar Conference Grounds is located at Asilomar Blvd., Pacific Grove, California and was constructed in 1913. The Asilomar Conference Grounds were made in 1913 and are on the Asilomar Blvd, Pacific Grove, CA. | <Subject> Asilomar_Conference_Grounds <Predicate> yearOfConstruction <Object> 1913
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Asilomar Conference Grounds are located in Pacific Grove, California and has the reference number 87000823 in the National Register of Historic Places. Asilomar Conference Grounds is located in Pacific Grove, California. 87000823 is its reference number in the National Register of Historic Places. | <Subject> Asilomar_Conference_Grounds <Predicate> NationalRegisterOfHistoricPlacesReferenceNumber <Object> 87000823
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The Asilomar Conference Grounds, with an Arts and Crafts movement style architecture, is located at Pacific Grove, California. Asilomar Conference Grounds, with an architectural style of the Arts and Crafts Movement, is located in Pacific Grove, California. Asilomar Conference Grounds are located in Pacific Grove, California and has the architectural style of Arts and Crafts Movement. | <Subject> Asilomar_Conference_Grounds <Predicate> architecturalStyle <Object> Arts_and_Crafts_movement
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Asilomar Conference Grounds were constructed in 1913 and are located in Pacific Grove, California. The Asilomar Conference Grounds, constructed in 1913, is located at Pacific Grove, California. Constructed in 1913, the Asilomar Conference Grounds are located at Pacific Grove, California. | <Subject> Asilomar_Conference_Grounds <Predicate> yearOfConstruction <Object> 1913
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The Asilomar Conference Grounds is located at Pacific Grove, California in the United States. The Asilomar Conference Grounds are in Pacific Grove, California in the United States. Asilomar Conference Grounds are located in Pacific Grove, California which is in the United States. | <Subject> Pacific_Grove_California <Predicate> country <Object> United_States
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Asilomar Conference Grounds in Pacific Grove, CA is part of the state of California. The Asilomar Conference Grounds is located at Pacific Grove, which is part of California. Asilomar Conference Grounds are located in Pacific Grove, a part of California. | <Subject> Pacific_Grove_California <Predicate> isPartOf <Object> California
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The Asser Levy Public Baths are located in Asser Levy Place on East 23rd Street and were built in 1904. Asser Levy Public Baths, built in 1904, are located on Asser Levy Place and East 23rd Street. The Asser Levy Public Baths (constructed in 1904) is in Asser Levy Place and East 23rd Street. | <Subject> Asser_Levy_Public_Baths <Predicate> yearOfConstruction <Object> 1904
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Asser Levy Public Baths located at Avenue A, Manhattan. and constructed in 1904. Asser Levy Public Baths, which was built in 1904, is located in Avenue A, Manhattan. Asser Levy Public Baths, which were constructed in 1904, is located in Avenue A, Manhattan. | <Subject> Asser_Levy_Public_Baths <Predicate> yearOfConstruction <Object> 1904
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Asser Levy Public Baths, built in 1904, is located in Manhattan. Asser Levy Public Baths in Manhattan were constructed in 1904. | <Subject> Asser_Levy_Public_Baths <Predicate> yearOfConstruction <Object> 1904
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Asser Levy Public Baths is located in Manhattan, which is a part of New York. Asser Levy Public Baths are in Manhattan, New York. | <Subject> Manhattan <Predicate> isPartOf <Object> New_York
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Asser Levy Public Baths is located in Manhattan where Cyrus Vance Jr. is the leader. Asser Levy Public Baths is located in Manhattan where Cyrus Vance Jr. is one of the leaders. | <Subject> Manhattan <Predicate> leader <Object> Cyrus_Vance_Jr.
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Gale Brewer is the leader of Manhattan, which is the location of Asser Levy Public Baths. Gale Brewer is the leader of Manhattan, where the Asser Levy Public Baths can be found. Asser Levy Public Baths is located in Manhattan whose leader is Gale Brewer. | <Subject> Manhattan <Predicate> leader <Object> Gale_Brewer
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The Asser Levy Public Baths which was built in 1904 is located in New York City. Asser Levy Public Baths (constructed in 1904) are located in New York City. The location of Asser Levy Public Baths, built in 1904, is New York City. | <Subject> Asser_Levy_Public_Baths <Predicate> yearOfConstruction <Object> 1904
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Asser Levy Public Baths are located in New York City which Manhattan is a part of. The Asser Levy Public Baths are in New York City which is part of Manhattan. | <Subject> New_York_City <Predicate> isPartOf <Object> Manhattan
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Asser Levy Public Baths are in New York City of which New Netherland is a part. Asser Levy Public Baths are located in New York City, which is part of New Netherland. | <Subject> New_York_City <Predicate> isPartOf <Object> New_Netherland
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New York City, part of New York, has the Asser Levy Public Baths. Asser Levy Public Baths are located in New York City, which is part of New York. The location of Asser Levy Public Baths are New York City, New York State. | <Subject> New_York_City <Predicate> isPartOf <Object> New_York
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3Arena is located in Dublin, in the Republic of Ireland. 3Arena is located in Dublin, Republic of Ireland. | <Subject> 3Arena <Predicate> location <Object> Dublin
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Addis Ababa City Hall is located in the country of Ethiopia which is led by Hailemariam Desalegn. Hailemariam Desalegn is the leader of Ethiopia where Addis Ababa City Hall is located. The leader of Ethipoia is Hailemariam Desalegn and Addis Ababa City Hall is also located in Ethiopia. | <Subject> Addis_Ababa_City_Hall <Predicate> country <Object> Ethiopia
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Addis Ababa City Hall is located in Ethiopia whose leader is Mulatu Teshome. The leader of Ethiopia is Mulatu Teshome and the Addis Ababa City Hall is located in Ethiopia. The Addis Ababa City Hall is in Ethiopia, the country which has Mulatu Teshome as one of its leaders. | <Subject> Addis_Ababa_City_Hall <Predicate> country <Object> Ethiopia
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The demonym for people living in India, where Amdavad ni Gufa is located, is Indian. Amdavad ni Gufa is located in India and the demonym for people living in India is Indian. Amdavad ni Gufa is located in India, which is populated by Indian People. | <Subject> Amdavad_ni_Gufa <Predicate> country <Object> India
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T S Thakur is the leader of India; also the location of Amdavad ni Gufa. | <Subject> Amdavad_ni_Gufa <Predicate> country <Object> India
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Marriott International which was founded in Washington, D.C. is the tenant of AC Hotel Bella Sky Copenhagen. The tenant of the AC Hotel Bella Sky Copenhagen is the Marriott International Hotel which was founded in Washington, D.C. Marriott International is a tenant of AC Hotel Bella Sky Copenhagen and was founded in Washington, D.C. | <Subject> AC_Hotel_Bella_Sky_Copenhagen <Predicate> tenant <Object> Marriott_International
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The tenant of the AC Hotel Bella Sky Copenhagen is the Marriott International Hotel whose headquarters are in Bethesda, Maryland. The tenant of the AC Hotel Bella Sky Copenhagen is Marriott International, the company that is located in Bethesda, Maryland. The tenant of the AC Hotel Bella Sky Copenhagen is the Marriott International Hotel which has its office at Bethesda Maryland. | <Subject> AC_Hotel_Bella_Sky_Copenhagen <Predicate> tenant <Object> Marriott_International
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The Mason School of Business is located in the United States, and are the current tenants of Alan B Miller Hall. The Mason School of Business is the tenant of the Alan B Miller Hall in the United States. The Mason School of Business is located in Alan B Miller Hall in the United States. | <Subject> Alan_B._Miller_Hall <Predicate> currentTenants <Object> Mason_School_of_Business
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250 Delaware Avenue is located in the United States, in which English is the main language. English is the language of the United States, where 250 Delaware Avenue is located. 250 Delaware Avenue is located in the United States where they speak the English language. | <Subject> 250_Delaware_Avenue <Predicate> location <Object> United_States
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250 Delaware Avenue is located in the United States, which is led by Joe Biden. Joe Biden is a leader of the United States, which is also the location of 250 Delaware Avenue. 250 Delaware Avenue is in the United States where Joe Biden is a leader. | <Subject> 250_Delaware_Avenue <Predicate> location <Object> United_States
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A leader of the United States, which is home to 250 Delaware Avenue, is John Roberts. | <Subject> 250_Delaware_Avenue <Predicate> location <Object> United_States
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250 Delaware Avenue is located in the United States which is led by Paul Ryan. 250 Delaware Avenue is located in the United States whose leader is Paul Ryan. | <Subject> 250_Delaware_Avenue <Predicate> location <Object> United_States
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250 Delaware Avenue is located in the USA and its leader is the President. 250 Delaware Avenue is located in the United States whose leader has the title of President. | <Subject> 250_Delaware_Avenue <Predicate> location <Object> United_States
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Donal O'Ceallaigh discovered 15788 1993 SB which has an epoch date of March 6th 2006. (15788) 1993 SB's epoch is 6th March 2006 and it was discovered by Donal O'Ceallaigh. (15788) 1993 SB has an epoch date of March 6th 2006 and it was discovered by Donal O'Ceallaigh. | <Subject> (15788)_1993_SB <Predicate> epoch <Object> 2006-03-06
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(15788) 1993 SB's epoch is March 5, 2006 and it was discovered by Iwan P Williams. (15788) 1993 SB, with an epoch date of 6th March 2006, was discovered by Iwan P Williams. (15788) 1993 SB has an epoch date of March 6th 2006 and was discovered by Iwan P Williams. | <Subject> (15788)_1993_SB <Predicate> epoch <Object> 2006-03-06
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Alan Fitzsimmons discovered (15788) 1993 SB which has an epoch of 6th March 2006. (15788) 1993 SB has an epoch date of March 6th 2006 and was discovered by Alan Fitzsimmons. | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Alan_Fitzsimmons
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(15788) 1993 SB was discovered by Roque de los Muchachos Observatory and its epoch is 6th March 2006. (15788) 1993 SB has an epoch date of March 6th 2006 and it was discovered by Roque de los Muchachos Observatory. 15788 1993 SB was discovered by Roque de los Muchachos Observatory and its epoch is 6th March 2006. | <Subject> (15788)_1993_SB <Predicate> discoverer <Object> Roque_de_los_Muchachos_Observatory
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The apoapsis of (19255) 1994 VK8 is 6603633000.0 km and it has an average speed of 4.56 km/s. (19255) 1994 VK8 has an apoapsis of 6603633000.0 kilometres and an average speed of 4.56 km/s. The apoapsis of (19255) 1994 VK8 is 6603633000.0 km and its average speed is 4.56 km/s. | <Subject> (19255)_1994_VK8 <Predicate> averageSpeed <Object> 4.56 (kilometrePerSeconds)
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(19255) 1994 VK8 has an apoapsis of 6603633000.0 km and the temperature is 43 kelvins. (19255) 1994 VK8 has an apoapsis of 6603633000.0 km and a temperature of 43 kelvins. (19255) 1994 VK8 has an apoapsis of 6603633000.0 km and a temperature of 43.0 kelvins. | <Subject> (19255)_1994_VK8 <Predicate> temperature <Object> 43.0 (kelvins)
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The celestial body known as, (19255) 1994 VK8, has a density of 2 grams per cubic centimetres, and an apoapsis of 6603633000.0 kilometres. (19255) 1994 VK8 has a denisty of 2.0 grams per cubic centimetre and an apoapsis of 6603633000.0 km. (19255) 1994 VK8 has a density of 2.0 grams per cubic centimetre and an apoapsis of 6603633000.0 km. | <Subject> (19255)_1994_VK8 <Predicate> apoapsis <Object> 6603633000.0 (kilometres)
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19255 1994 VK8 has a mass of 5.6kg and has an epoch date of 31.12.2006. 19255 1994 VK8 has a mass of 5.6 kgs and an epoch date of 31 December 2006. The epoch of (19255) 1994 VK8, which has a mass of 5.6kg, is on 31 December 2006. | <Subject> (19255)_1994_VK8 <Predicate> mass <Object> 5.6 (kilograms)
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The epoch of (19255) 1994 VK8 was on 31 December 2006 and its orbital period is 8788850000.0. (19255) 1994 VK8 has an orbital period of 8788850000.0 and its epoch is on 31 December 2006. (19255) 1994 VK8 has the epoch date 31st December 2006 and an orbital period of 8788850000.0. | <Subject> (19255)_1994_VK8 <Predicate> orbitalPeriod <Object> 8788850000.0
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The periapsis of (19255) 1994 VK8 is 6155910000000.0 and its epoch is on 31 December 2006. The epoch of (19255) 1994 VK8 is on 31 December 2006 and it has a periapsis of 6155910000000.0. The epoch of (19255) 1994 VK8 is on 31 December 2006 and its periapsis is 6155910000000.0. | <Subject> (19255)_1994_VK8 <Predicate> periapsis <Object> 6155910000000.0
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19255 1994 VK8, has a mass of 5.6kg, and an apoapsis of, 6603633000.0 km. (19255) 1994 VK8 has a mass of 5.6 kilograms and an apoapsis of 6603633000.0 kilometres. 19255 1994 VK8 has a mass of 5.6 kgs and its apoapsis is 6603633000.0 km. | <Subject> (19255)_1994_VK8 <Predicate> apoapsis <Object> 6603633000.0 (kilometres)
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The celestial body known as (29075) 1950 DA has an orbital period of 69862200 and its epoch is on the 27th of August 2011. (29075) 1950 DA has the epoch date of 27 August 2011 and an orbital period of 69862200.0. (29075) 1950 DA has an epoch date of August 27th 2011 and an orbital period of 69862200.0. | <Subject> (29075)_1950_DA <Predicate> orbitalPeriod <Object> 69862200.0
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(29075) 1950 DA has a periapsis of 124950000000.0, and the epoch date of August 27th 2011. 29075 1950 DA has the epoch date of 27 August 2011 and its periapsis is 124950000000.0. | <Subject> (29075)_1950_DA <Predicate> periapsis <Object> 124950000000.0
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The epoch for (29075) 1950 DA is on the 27th of August 2011 and has a rotation period of 7637.76. (29075) 1950 DA has an epoch date of 27th August 2011 and its rotation period is 7637.76. | <Subject> (29075)_1950_DA <Predicate> rotationPeriod <Object> 7637.76
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(29075) 1950 DA has a mass of 4.0 kilograms and an orbital period of 69862200.0. The celestial body known as (29075) 1950 DA has an orbital period of 69862200 and a mass of 4.0 kgs. The celestial body known as (29075) 1950 DA has an orbital period of 69862200 and has a mass of 4.0 kilograms. | <Subject> (29075)_1950_DA <Predicate> mass <Object> 4.0 (kilograms)
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(29075) 1950 DA, with an orbital period of 69862200.0 has a periapsis of 124950000000.0. (29075) 1950 DA, has an orbital period of 69862200.0, and a periapsis of 124950000000.0. The celestial body known as (29075) 1950 DA has an orbital period of 69862200 and a periapsis of 124950000000.0. | <Subject> (29075)_1950_DA <Predicate> periapsis <Object> 124950000000.0
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(410777) 2009 FD was discovered by Spacewatch and has an absolute magnitude of 22.1. 410777 2009 FD was discovered by Spacewatch and has an absolute magnitude of 22.1. | <Subject> (410777)_2009_FD <Predicate> discoverer <Object> Spacewatch
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(410777) 2009 FD has a density of 1890.0 kilograms per cubic metres and an apoapsis of 259776702.47055 km. 410777) 2009 FD has an apoapsis of 259776702.47055 kilometres and a density of 1890.0 kilograms per cubic metres. (410777) 2009 FD has an apoapsis of 259776702.47055 kilometres and a density of 1890.0 kilogram Per Cubic Metres. | <Subject> (410777)_2009_FD <Predicate> apoapsis <Object> 259776702.47055 (kilometres)
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410777 2009 FD was discovered by Spacewatch and its epoch date is 27 June 2015. The epoch date of 410777 2009 FD is 27 June 2015, and it was discovered by Spacewatch. (410777) 2009 FD has an epoch date of 27th June 2015 and was discovered by Spacewatch. | <Subject> (410777)_2009_FD <Predicate> discoverer <Object> Spacewatch
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The apoapsis of (410777) 2009 FD is 259776702.47055 kilometers and it has a maximum temperature of 362 kelvins. The celestial body known as (410777) 2009 FD has a maximum temperature of 362 kelvins and its periapsis is 259776702.47055 kilometers. (410777) 2009 FD, with a maximum temperature of 362.0 kelvins, has an apoapsis of 259776702.47055 kilometres. | <Subject> (410777)_2009_FD <Predicate> apoapsis <Object> 259776702.47055 (kilometres)
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(410777) 2009 FD has an apoapsis of 259776702.47055 kilometres and a mean temperature of 258.0 kelvins. (410777) 2009 FD has a mean temperature of 258 Kelvins and an apoapsis of 259776702.47055 kilometers. The apoapsis of (410777) 2009 FD is 259776702.47055 kilometers and it has a mean temperature of 258.0 kelvins. | <Subject> (410777)_2009_FD <Predicate> apoapsis <Object> 259776702.47055 (kilometres)
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(410777) 2009 FD was discovered by Spacewatch and has an orbital period of 39447000.0. The celestial body known as (410777) 2009 FD has an orbital period of 39447000 and was discovered by Spacewatch. | <Subject> (410777)_2009_FD <Predicate> discoverer <Object> Spacewatch
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1999 SN5 was once the name of the asteroid (66063) 1998 RO1, which had its epoch on 13th January 2016. "1999 SN5" was the former name of (66063) 1998 RO1, which has an epoch date of 2013-11-04. | <Subject> (66063)_1998_RO1 <Predicate> formerName <Object> 1999 SN5
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(66063) 1998 RO1 has an epoch date of 2013-11-04 and an orbital period of 360.29 days. (66063) 1998 RO1 has an epoch date of 4 November 2013 and an orbital period of 360.29 days. | <Subject> (66063)_1998_RO1 <Predicate> orbitalPeriod <Object> 360.29 (days)
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(66063) 1998 RO1 has an epoch date of 4 November 2013 and a periapsis of 41498400000. (66063) 1998 RO1, which has a periapsis measuring 41498400000.0, has the epoch date 13th January 2016. | <Subject> (66063)_1998_RO1 <Predicate> periapsis <Object> 41498400000.0
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(66063) 1998 RO1, with a maximum temperature of 500.00 kelvins, has an apoapsis of 254989570.60815 kilometres. The celestial body known as (66063) 1998 RO1 has a maximum temperature of 500 kelvins and its apoapsis is 254989570.60815 kilometres. The celestial body, (66063) 1998 RO1 has a maximum temperature of 500 kelvins and an apoapsis of 254989570.60815 km. | <Subject> (66063)_1998_RO1 <Predicate> apoapsis <Object> 254989570.60815 (kilometres)
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The mean temperature of (66063) 1998 RO1 is 265.0 kelvins and its apoapsis is 254989570.60815 kilometres. (66063) 1998 RO1 has a mean temperature of 265 kelvins and its apoapsis is 254989570.60815 kilometres. (66063) 1998 RO1 has a mean temperature of 265.0 kelvins and an apoapsis of 254989570.60815. | <Subject> (66063)_1998_RO1 <Predicate> apoapsis <Object> 254989570.60815 (kilometres)
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66063 1998 RO1 has a minimum temperature of -71.0 degrees Celsius and its apoapsis is 254989570.60815 km. (66063) 1998 RO1 has a minimum temperature of -71.0 degrees Celsius and its apoapsis is 254989570.60815 kilometres. (66063) 1998 RO1 has a minimum temperature of -71.0 degrees Celsius and an apoapsis of 254989570.60815 km. | <Subject> (66063)_1998_RO1 <Predicate> apoapsis <Object> 254989570.60815 (kilometres)
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(66391) 1999 KW4 has an apoapsis measurement of 162164091.8388 (kilometres) and an average speed of 37.16 kilometres per second. (66391) 1999 KW4 has an apoapsis of 162164091.8388 km and its average speed is 37.16 km per second. (66391) 1999 KW4 has an apoapsis measurement of 162164091.8388 (kilometres) with an average speed of 37.16 km per second. | <Subject> (66391)_1999_KW4 <Predicate> averageSpeed <Object> 37.16 (kilometrePerSeconds)
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(66391) 1999 KW4 has an apoapsis of 162164091.8388 kilometres and a density of 2.0 gram per cubic centimetres. (66391) 1999 KW4 has an apoapsis measurement of 162164091.8388 (kilometres) and a density of 2.0 grams per cubic centimetre. (66391) 1999 KW4 has an apoapsis measurement of 162164091.8388 km and a density of 2.0 grams per cubic centimetre. | <Subject> (66391)_1999_KW4 <Predicate> density <Object> 2.0 (gramPerCubicCentimetres)
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The celestial body, (66391) 1999 KW4, has an apoapsis of 162164091.8388 km and its epoch date is 14 July 2004. 66391 1999 KW4 epoch was on 2004-07.14. and its apoapsis is 162164091.8388 kilometres. (66391) 1999 KW4 has an epoch date of July 14th 2004 and an apoapsis of 162164091.8388 km. | <Subject> (66391)_1999_KW4 <Predicate> apoapsis <Object> 162164091.8388 (kilometres)
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(66391) 1999 KW4 has a peripsis of 29919600000.0 and an epoch date of 2004-07.14. (66391) 1999 KW4 has an epoch date of July 14th 2004 and its periapsis is 29919600000.0. (66391) 1999 KW4 has en epoch date of July 14th 2004 and a peripsis of 29919600000.0. | <Subject> (66391)_1999_KW4 <Predicate> periapsis <Object> 29919600000.0
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(66391) 1999 KW4 has an apoapsis of 162164091.8388 kilometres and an escape velocity of 0. (66391) 1999 KW4 has an escape velocity of 0 and an apoapsis measurement of 162164091.8388 km. (66391) 1999 KW4 has an escape velocity of 0 and an apoapsis of 162164091.8388 km. | <Subject> (66391)_1999_KW4 <Predicate> apoapsis <Object> 162164091.8388 (kilometres)
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(66391) 1999 KW4 has a rotation period of 9953.28 and an apoapsis of 162164091.8388 km. (66391) 1999 KW4 has an apoapsis measurement of 162164091.8388 (kilometres) and a rotation period of 9953.28. (66391) 1999 KW4 has a rotation period of 9953.28 and an apoapsis of 162164091.8388 kilometres. | <Subject> (66391)_1999_KW4 <Predicate> apoapsis <Object> 162164091.8388 (kilometres)
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The epoch of 1000 Piazzia-formerly known as 1923 NZ1951OB -is 2015-06-27. 1000 Piazzia was formerly called "1923 NZ1951 OB" and has the epoch date of 27 June 2015. 1000 Piazzia, formerly known as 1923NZ1951 OB, has an epoch of 2015-06-27. | <Subject> 1000_Piazzia <Predicate> formerName <Object> 1923 NZ1951 OB
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1000 Piazzia was discovered on the 27-06-2015 and has a mass of 1.1kgs. 1000 Piazzia, with a mass of 1.1kg, has an epoch date of June 27th 2015. The celestial body known as 1000 Piazzia has a mass of 1.1kg and an epoch date of 27 June 2015. | <Subject> 1000_Piazzia <Predicate> mass <Object> 1.1 (kilograms)
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The epoch of the dark asteroid, 1000 Piazzia, is 27th June 2015 and it has an orbital period of 488160.0. The celestial body known as 1000 Piazzia has an orbital period of 488160 and its epoch is 27 June 2015. | <Subject> 1000_Piazzia <Predicate> orbitalPeriod <Object> 488160.0
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1967 ED was the former name of 1000 Piazzia which has the epoch of 2015-06-27. 1000 Piazzia, which was formerly known as '1967 ED', has an epoch of 2015-06-27. The epoch of 1000 Piazzia, a celestial body formally known as 1967 ED, is 27 June 2015. | <Subject> 1000_Piazzia <Predicate> epoch <Object> 2015-06-27
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The epoch of 1000 Piazzia, which has a periapsis of 352497000000.0, is 2015-06-27. The dark asteroid 1000 Piazzia has a periapsis is 352497000000.0 and an epoch date of 27 June 2015. 1000 Piazzia has a periapsis is 352497000000.0 and its epoch is 2015-06-27. | <Subject> 1000_Piazzia <Predicate> epoch <Object> 2015-06-27
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The epoch date of 1001 Gaussia, formerly known as 1923 OAA907 XC, is 27 June 2015. 1923 OAA907 XC, which us now know as 1001 Gaussia, has an epoch date of June 27th 2015. | <Subject> 1001_Gaussia <Predicate> formerName <Object> 1923 OAA907 XC
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A911 MD is the former name of 1001 Gaussia which has an epoch date of 31 July 2016. The celestial body known as 1001 Gaussia was formerly called A911 MD, its epoch date is 2015-06-27. The epoch of 1001 Gaussia, previously known as A911 MD, is 2015-06-27. | <Subject> 1001_Gaussia <Predicate> formerName <Object> A911 MD
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The epoch of 1001 Gaussia is on 31st July 2016 and its orbital period is 5.75 days. 1001 Gaussia, has an orbital period of 5.75 days, and its epoch is on 31 July 2016. The orbital Period of 1001 Gaussia is 5.75 days and the epoch date is 27 June 2015. | <Subject> 1001_Gaussia <Predicate> orbitalPeriod <Object> 5.75 (days)
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1001 Gaussia has a periapsis of 419113394.55312 kilometres, and its epoch date is 2015-06-27. 1001 Gaussia, has a periapsis of 419113394.55312 kilometres, and its epoch is on 31 July 2016. | <Subject> 1001_Gaussia <Predicate> periapsis <Object> 419113394.55312 (kilometres)
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1001 Gaussia has a rotation period of 33012.0 and an epoch date of 31 July 2016. 1001 Gaussia's epoch date is 27 June 2015 and has a rotation period of 33012.0. | <Subject> 1001_Gaussia <Predicate> rotationPeriod <Object> 33012.0
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The celestial body known as 1001 Gaussia has a mean temperature of 154 kelvins and a maximum temperature of 165 kelvins. 1001 Gaussia has a mean temperature of 154.0 kelvins, its maximum temperature is 165 Kelvins. | <Subject> 1001_Gaussia <Predicate> maximumTemperature <Object> 165.0 (kelvins)
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101 Helena, has an apoapsis of 441092000.0 kilometres, and an average temperature is 173.0 kelvins. The apoapsis of 101 Helena is 441092000.0 km and it has an average temperature of 173.0 kelvins. 101 Helena has a temperature of 173.0 kelvins and an apoapsis of 441092000.0 kilometres. | <Subject> 101_Helena <Predicate> temperature <Object> 173.0 (kelvins)
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101 Helena has a density of 2.0 grams per cubic centimetres and an apoapsis of 441092000.0 kilometres. The density of 101 Helena is 2.0 gram per cubic cm and an apoapsis of 441092000.0 (kilometres). 101 Helena has a density of 2.0 gram per Cubic centimeters, and an apoapsis of 441092000.0 (kilometres). | <Subject> 101_Helena <Predicate> apoapsis <Object> 441092000.0 (kilometres)
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James Craig Watson's Alma mater is the University of Michigan and he discovered 101 Helena. James Craig Watson, who discovered 101 Helena, studied at the University of Michigan. James Craig Watson studied at the University of Michigan and was the discoverer of 101 Helena. | <Subject> James_Craig_Watson <Predicate> almaMater <Object> University_of_Michigan
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James Craig Watson, who discovered 101 Helena, died in Madison, Wisconsin. James Craig Watson who discovered the 101 Helena died in Madison, Wisconsin. James Craig Watson, who died in Madison, Wisconsin, was the discoverer of 101 Helena. | <Subject> James_Craig_Watson <Predicate> deathPlace <Object> Madison_Wisconsin
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James Craig Watson is the Canadian national who discovered 101 Helena. The discoverer of 101 Helena is the Canadian James Craig Watson. 101 Helena was discovered by the Canadian James Craig Watson. | <Subject> James_Craig_Watson <Predicate> nationality <Object> Canada
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101 Helena was discovered by, the Canadian, James Craig Watson. 101 Helena was discovered by James Craig Watson, who comes from Canada. 101 Helena was discovered by James Craig Watson from Canada. | <Subject> James_Craig_Watson <Predicate> stateOfOrigin <Object> Canada
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101 Helena has an escape velocity of 0.0348 km per second and an apoapsis of 441092000.0 km. 101 Helena has an escape velocity of 0.0348 km/s and an apoapsis of 441092000.0 km. 101 Helena has an apoapsis of 441092000.0 km and an escape velocity of 0.0348 km per sec. | <Subject> 101_Helena <Predicate> apoapsis <Object> 441092000.0 (kilometres)
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101 Helena has a mass of 3.0 kg and an apoapsis of 441092000.0 km. 101 Helena, with a mass of 3.0 kgs, has an apoapsis of 441092000.0 (kilometres). | <Subject> 101_Helena <Predicate> apoapsis <Object> 441092000.0 (kilometres)
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The orbital period for 101 Helena is 1516.6700000000003 (days) and it has the epoch date of 31 December 2006. 101 Helena has an orbital period of 1516.6700000000003 days and an epoch of December 31st 2006. 101 Helena, with the epoch date 31 December 2006, has an orbital period of 1516.6700000000003 (days). | <Subject> 101_Helena <Predicate> epoch <Object> 2006-12-31
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The periapsis of 101 Helena, which has the epoch date of 31 December 2006, is 331683000.0 km. 101 Helena has an epoch of 2006-12-31 and a periapsis of 331683000.0 km. 101 Helena has a periapsis of 331683000.0 Kilometers, and its epoch is on 2006-12-31. | <Subject> 101_Helena <Predicate> epoch <Object> 2006-12-31
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1036 Ganymed, which has a temperature of 160.0 kelvins, has an apoapsis of 611961000.0 (kilometres). 1036 Ganymed has an apoapsis of 611961000.0 km and a temperature of 160 kelvins. 1036 Ganymed, has a temperature of, 160 kelvins, and its apoapsis measurement is 611961000.0 kilometres. | <Subject> 1036_Ganymed <Predicate> temperature <Object> 160.0 (kelvins)
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Walter Baade, who graduated from the University of Gottingen, discovered 1036 Ganymed. Walter Baade, who discovered 1036 Ganymed, graduated from the University of Gottingen. 1036 Ganymed was discovered by Walter Baade who studied at the University of Gottingen. | <Subject> Walter_Baade <Predicate> almaMater <Object> University_of_Göttingen
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Walter Baade was born in Preussisch Oldendorf and he discovered the 1036 Ganymed. 1036 Ganymed was discovered by Walter Baade, who was born in Preußisch Oldendorf. 1036 Ganymed was discovered by Walter Baade, born in Preußisch Oldendorf. | <Subject> Walter_Baade <Predicate> birthPlace <Object> Preußisch_Oldendorf
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Walter Baade, who discovered 1036 Ganymed, died in Göttingen. Walter Baade, who discovered, 1036 Ganymed, died in Gottingen. Walter Baade, who died in Gottingen, discovered 1036 Ganymed. | <Subject> Walter_Baade <Predicate> deathPlace <Object> Göttingen
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Walter Baade, who died in West Germany, discovered 1036 Ganymed. 1036 Ganymed was discovered by Walter Baade, who died in West Germany. Walter Baade discovered 1036 Ganymed and he died in West Germany. | <Subject> Walter_Baade <Predicate> deathPlace <Object> West_Germany
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Walter Baade, who discovered 1036 Ganymed, had a doctoral student named Allan Sandage. Allan Sandage was a doctoral student of Walter Baade, who discovered 1036 Ganymed. | <Subject> Walter_Baade <Predicate> doctoralStudent <Object> Allan_Sandage
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Halton Arp was the doctoral student of Walter Baade who discovered 1036 Ganymed. 1036 Ganymed was discovered by Walter Baade, whose doctoral student was Halton Arp. | <Subject> Walter_Baade <Predicate> doctoralStudent <Object> Halton_Arp
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1036 Ganymed has a rotational period of 37116.0 and an apoapsis measurement of 611961000.0 km. 1036 Ganymed has a rotational period of 37116.0, and an apoapsis of 611961000.0 kilometres. 1036 Ganymed which has a rotation period of 37116 also has an apoapsis measurement of 611961000 kilometres. | <Subject> 1036_Ganymed <Predicate> apoapsis <Object> 611961000.0 (kilometres)
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The average speed of 103 Hera is 18.09 km per sec and it has an apoapsis of 437170000.0 (kilometres). 103 Hera has an apoapsis of 437170000.0 kilometres and an average speed of 18.09 km/s. 103 Hera has an apoapsis of 437170000.0 km and an average speed of 18.09 km per sec. | <Subject> 103_Hera <Predicate> averageSpeed <Object> 18.09 (kilometrePerSeconds)
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103 Hera has an apoapsis of 437170000.0 km and a temperature of 170.0 kelvins. 103 Hera, with a temperature of 170 kelvins, has an apoapsis of 437170000.0 (kilometres). 103 Hera has a temperature of 170.0 kelvins and its apoapsis is 437170000.0 kilometres. | <Subject> 103_Hera <Predicate> temperature <Object> 170.0 (kelvins)
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James Craig Watson's Alma mater is the University of Michigan and he discovered the 103 Hera. James Craig Watson, whose alma mater was the University of Michigan, discovered 103 Hera. James Craig Watson, who discovered 103 Hera, studied at the University of Michigan. | <Subject> James_Craig_Watson <Predicate> almaMater <Object> University_of_Michigan
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James Craig Watson, who discovered 103 Hera, died in Madison, Wisconsin. James Craig Watson died in Madison, Wisconsin and discovered 103 Hera. James Craig Watson, who died in Madison, Wisconsin, discovered 103 Hera. | <Subject> James_Craig_Watson <Predicate> deathPlace <Object> Madison_Wisconsin
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The epoch of 103 Hera is 31st July 2016 and its orbital period is 1622.213 days. 103 Hera has an orbital period of 1622.213 days and an epoch date of August 27th 2011. 103 Hera has an epoch date of August 27th 2011, and an orbital period of 1622.213 days. | <Subject> 103_Hera <Predicate> orbitalPeriod <Object> 1622.213 (days)
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