Sandipan1994/Inference_Attribute_Prediction

step stringlengths 61 449	label stringlengths 1 15
the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized <mask> located near the edge of the milky way galaxy	star
the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star <mask> near the edge of the milky way galaxy	located
the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located <mask> the edge of the milky way galaxy	near
the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located near the <mask> of the milky way galaxy	edge
the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located near the edge of the milky <mask> galaxy	way
the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located near the edge of the milky way <mask>	galaxy
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the <mask> is an medium sized star located near the edge of the milky way galaxy	sun
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an <mask> sized star located near the edge of the milky way galaxy	medium
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium <mask> star located near the edge of the milky way galaxy	sized
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized <mask> located near the edge of the milky way galaxy	star
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star <mask> near the edge of the milky way galaxy	located
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located <mask> the edge of the milky way galaxy	near
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located near the <mask> of the milky way galaxy	edge
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located near the edge of the milky <mask> galaxy	way
the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located near the edge of the milky way <mask>	galaxy
a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a <mask> emits light through nuclear reactions	star
a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a star <mask> light through nuclear reactions	emits
a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a star emits <mask> through nuclear reactions	light
a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a star emits light through nuclear <mask>	reactions
a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a <mask> is a celestial body that emits light through nuclear reactions	star
a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial <mask> that emits light through nuclear reactions	body
a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial body that <mask> light through nuclear reactions	emits
a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial body that emits <mask> through nuclear reactions	light
a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial body that emits light through nuclear <mask>	reactions
a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a <mask> is an astronomical body that emits light through nuclear reactions	star
a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical <mask> that emits light through nuclear reactions	body
a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical body that <mask> light through nuclear reactions	emits
a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical body that emits <mask> through nuclear reactions	light
a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical body that emits light through nuclear <mask>	reactions
the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear <mask> is required for star formation	fusion
the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear fusion is <mask> for star formation	required
the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear fusion is required for <mask> formation	star
the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear fusion is required for star <mask>	formation
nuclear fusion is required for star formation & if something requires something else then that something else is important to that something -> nuclear <mask> is important to star formation	fusion
nuclear fusion is required for star formation & if something requires something else then that something else is important to that something -> nuclear fusion is important to <mask> formation	star
nuclear fusion is required for star formation & if something requires something else then that something else is important to that something -> nuclear fusion is important to star <mask>	formation
the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the <mask> is a kind of main sequence star	sun
the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a <mask> of main sequence star	kind
the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a kind of <mask> sequence star	main
the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a kind of main <mask> star	sequence
the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a kind of main sequence <mask>	star
the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the <mask> and alpha mensae are both main sequence star	sun
the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and <mask> mensae are both main sequence star	alpha
the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and alpha mensae are both <mask> sequence star	main
the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and alpha mensae are both main <mask> star	sequence
the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and alpha mensae are both main sequence <mask>	star
a yellow dwarf is a kind of main-sequence star & the sun is a kind of yellow dwarf -> the <mask> is a kind of main-sequence star	sun
a yellow dwarf is a kind of main-sequence star & the sun is a kind of yellow dwarf -> the sun is a <mask> of main-sequence star	kind
a yellow dwarf is a kind of main-sequence star & the sun is a kind of yellow dwarf -> the sun is a kind of main-sequence <mask>	star
the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> <mask> giant stars are greater in volume than the sun	red
the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red <mask> stars are greater in volume than the sun	giant
the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red giant <mask> are greater in volume than the sun	stars
the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red giant stars are greater in <mask> than the sun	volume
the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red giant stars are greater in volume than the <mask>	sun
stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> <mask> generally have the same chemical composition of hydrogen and helium	stars
stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same <mask> composition of hydrogen and helium	chemical
stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same chemical <mask> of hydrogen and helium	composition
stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same chemical composition of <mask> and helium	hydrogen
stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same chemical composition of hydrogen and <mask>	helium
the sun is a kind of star & hydrogen is the most common element in stars -> <mask> is the most common element in the sun	hydrogen
the sun is a kind of star & hydrogen is the most common element in stars -> hydrogen is the most <mask> element in the sun	common
the sun is a kind of star & hydrogen is the most common element in stars -> hydrogen is the most common <mask> in the sun	element
the sun is a kind of star & hydrogen is the most common element in stars -> hydrogen is the most common element in the <mask>	sun
nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear <mask> is the process in a star's core that generates energy for the star	fusion
nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the <mask> in a star's core that generates energy for the star	process
nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's <mask> that generates energy for the star	core
nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's core that <mask> energy for the star	generates
nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's core that generates <mask> for the star	energy
nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's core that generates energy for the <mask>	star
nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear <mask> is the process in a star's core that generates energy for the sun	fusion
nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the <mask> in a star's core that generates energy for the sun	process
nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's <mask> that generates energy for the sun	core
nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's core that <mask> energy for the sun	generates
nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's core that generates <mask> for the sun	energy
nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's core that generates energy for the <mask>	sun
classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> <mask> with different temperature, color, brightness will be classified into different types	stars
classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> stars with different temperature, color, <mask> will be classified into different types	brightness
classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> stars with different temperature, color, brightness will be <mask> into different types	classified
classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> stars with different temperature, color, brightness will be classified into different <mask>	types
stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> <mask> will change in temperature, color, and brightness during their life cycles	stars
stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will <mask> in temperature, color, and brightness during their life cycles	change
stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will change in temperature, color, and <mask> during their life cycles	brightness
stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will change in temperature, color, and brightness during their <mask> cycles	life
stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will change in temperature, color, and brightness during their life <mask>	cycles
nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear <mask> in the core of the sun generates energy for the sun	fusion
nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the <mask> of the sun generates energy for the sun	core
nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the <mask> generates energy for the sun	sun
nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the sun <mask> energy for the sun	generates
nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the sun generates <mask> for the sun	energy
nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the sun generates energy for the <mask>	sun
nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear <mask> in the core of the sun converts hydrogen into helium	fusion
nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the <mask> of the sun converts hydrogen into helium	core
nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the <mask> converts hydrogen into helium	sun
nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the sun <mask> hydrogen into helium	converts
nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the sun converts <mask> into helium	hydrogen
nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the sun converts hydrogen into <mask>	helium
the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear <mask> happens in the core of the sun	fusion
the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear fusion <mask> in the core of the sun	happens
the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear fusion happens in the <mask> of the sun	core
the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear fusion happens in the core of the <mask>	sun

the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized <mask> located near the edge of the milky way galaxy

star

the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star <mask> near the edge of the milky way galaxy

located

the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located <mask> the edge of the milky way galaxy

near

the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located near the <mask> of the milky way galaxy

edge

the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located near the edge of the milky <mask> galaxy

way

the sun is located near the edge of the milky way galaxy & the sun is average in size for a star in our galaxy -> the sun is an average sized star located near the edge of the milky way <mask>

galaxy

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the <mask> is an medium sized star located near the edge of the milky way galaxy

sun

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an <mask> sized star located near the edge of the milky way galaxy

medium

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium <mask> star located near the edge of the milky way galaxy

sized

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized <mask> located near the edge of the milky way galaxy

star

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star <mask> near the edge of the milky way galaxy

located

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located <mask> the edge of the milky way galaxy

near

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located near the <mask> of the milky way galaxy

edge

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located near the edge of the milky <mask> galaxy

way

the sun is an average sized star located near the edge of the milky way galaxy & average is similar to medium -> the sun is an medium sized star located near the edge of the milky way <mask>

galaxy

a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a <mask> emits light through nuclear reactions

star

a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a star <mask> light through nuclear reactions

emits

a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a star emits <mask> through nuclear reactions

light

a source of something emits / produces / generates / provides that something & a star is a source of light / light energy through nuclear reactions -> a star emits light through nuclear <mask>

reactions

a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a <mask> is a celestial body that emits light through nuclear reactions

star

a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial <mask> that emits light through nuclear reactions

body

a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial body that <mask> light through nuclear reactions

emits

a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial body that emits <mask> through nuclear reactions

light

a star emits light through nuclear reactions & a star is a kind of celestial object / celestial body -> a star is a celestial body that emits light through nuclear <mask>

reactions

a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a <mask> is an astronomical body that emits light through nuclear reactions

star

a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical <mask> that emits light through nuclear reactions

body

a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical body that <mask> light through nuclear reactions

emits

a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical body that emits <mask> through nuclear reactions

light

a star is a celestial body that emits light through nuclear reactions & astronomical is similar to celestial -> a star is an astronomical body that emits light through nuclear <mask>

reactions

the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear <mask> is required for star formation

fusion

the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear fusion is <mask> for star formation

required

the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear fusion is required for <mask> formation

star

the formation of something is a kind of process & nuclear fusion causes star formation & if something causes a process then that something is required for that process -> nuclear fusion is required for star <mask>

formation

nuclear fusion is required for star formation & if something requires something else then that something else is important to that something -> nuclear <mask> is important to star formation

fusion

nuclear fusion is required for star formation & if something requires something else then that something else is important to that something -> nuclear fusion is important to <mask> formation

star

nuclear fusion is required for star formation & if something requires something else then that something else is important to that something -> nuclear fusion is important to star <mask>

formation

the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the <mask> is a kind of main sequence star

sun

the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a <mask> of main sequence star

kind

the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a kind of <mask> sequence star

main

the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a kind of main <mask> star

sequence

the sun is a kind of yellow dwarf & a yellow dwarf is a kind of main sequence star -> the sun is a kind of main sequence <mask>

star

the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the <mask> and alpha mensae are both main sequence star

sun

the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and <mask> mensae are both main sequence star

alpha

the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and alpha mensae are both <mask> sequence star

main

the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and alpha mensae are both main <mask> star

sequence

the sun is a kind of main sequence star & alpha mensae is a kind of main sequence star -> the sun and alpha mensae are both main sequence <mask>

star

a yellow dwarf is a kind of main-sequence star & the sun is a kind of yellow dwarf -> the <mask> is a kind of main-sequence star

sun

a yellow dwarf is a kind of main-sequence star & the sun is a kind of yellow dwarf -> the sun is a <mask> of main-sequence star

kind

a yellow dwarf is a kind of main-sequence star & the sun is a kind of yellow dwarf -> the sun is a kind of main-sequence <mask>

star

the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> <mask> giant stars are greater in volume than the sun

red

the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red <mask> stars are greater in volume than the sun

giant

the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red giant <mask> are greater in volume than the sun

stars

the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red giant stars are greater in <mask> than the sun

volume

the sun is a kind of main-sequence star & red giant stars are greater in volume than main sequence stars -> red giant stars are greater in volume than the <mask>

sun

stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> <mask> generally have the same chemical composition of hydrogen and helium

stars

stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same <mask> composition of hydrogen and helium

chemical

stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same chemical <mask> of hydrogen and helium

composition

stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same chemical composition of <mask> and helium

hydrogen

stars are mostly made of hydrogen and helium & stars generally have the same chemical composition -> stars generally have the same chemical composition of hydrogen and <mask>

helium

the sun is a kind of star & hydrogen is the most common element in stars -> <mask> is the most common element in the sun

hydrogen

the sun is a kind of star & hydrogen is the most common element in stars -> hydrogen is the most <mask> element in the sun

common

the sun is a kind of star & hydrogen is the most common element in stars -> hydrogen is the most common <mask> in the sun

element

the sun is a kind of star & hydrogen is the most common element in stars -> hydrogen is the most common element in the <mask>

sun

nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear <mask> is the process in a star's core that generates energy for the star

fusion

nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the <mask> in a star's core that generates energy for the star

process

nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's <mask> that generates energy for the star

core

nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's core that <mask> energy for the star

generates

nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's core that generates <mask> for the star

energy

nuclear fusion is a kind of process & nuclear fusion in a star 's core generates energy for stars to burn / shine -> nuclear fusion is the process in a star's core that generates energy for the <mask>

star

nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear <mask> is the process in a star's core that generates energy for the sun

fusion

nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the <mask> in a star's core that generates energy for the sun

process

nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's <mask> that generates energy for the sun

core

nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's core that <mask> energy for the sun

generates

nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's core that generates <mask> for the sun

energy

nuclear fusion is the process in a star's core that generates energy for the star & the sun is a kind of star -> nuclear fusion is the process in a star's core that generates energy for the <mask>

sun

classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> <mask> with different temperature, color, brightness will be classified into different types

stars

classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> stars with different temperature, color, <mask> will be classified into different types

brightness

classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> stars with different temperature, color, brightness will be <mask> into different types

classified

classifying is when one sorts something by kind / type & stars can be classified by temperature, color, and brightness -> stars with different temperature, color, brightness will be classified into different <mask>

types

stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> <mask> will change in temperature, color, and brightness during their life cycles

stars

stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will <mask> in temperature, color, and brightness during their life cycles

change

stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will change in temperature, color, and <mask> during their life cycles

brightness

stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will change in temperature, color, and brightness during their <mask> cycles

life

stars with different temperature, color, brightness will be classified into different types & stars change type during their life cycles -> stars will change in temperature, color, and brightness during their life <mask>

cycles

nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear <mask> in the core of the sun generates energy for the sun

fusion

nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the <mask> of the sun generates energy for the sun

core

nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the <mask> generates energy for the sun

sun

nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the sun <mask> energy for the sun

generates

nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the sun generates <mask> for the sun

energy

nuclear fusion in a star 's core generates energy for stars to burn / shine & the sun is a kind of star -> nuclear fusion in the core of the sun generates energy for the <mask>

sun

nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear <mask> in the core of the sun converts hydrogen into helium

fusion

nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the <mask> of the sun converts hydrogen into helium

core

nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the <mask> converts hydrogen into helium

sun

nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the sun <mask> hydrogen into helium

converts

nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the sun converts <mask> into helium

hydrogen

nuclear fusion in the core of the sun generates energy for the sun & nuclear fusion converts hydrogen into helium -> the nuclear fusion in the core of the sun converts hydrogen into <mask>

helium

the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear <mask> happens in the core of the sun

fusion

the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear fusion <mask> in the core of the sun

happens

the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear fusion happens in the <mask> of the sun

core

the sun is a kind of star & nuclear fusion happens in the core of a star -> nuclear fusion happens in the core of the <mask>

sun