Sandipan1994/Inference_Attribute_Prediction

step stringlengths 61 449	label stringlengths 1 15
summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the <mask> hemisphere will experience summer when it is tilted towards the sun	northern
summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern <mask> will experience summer when it is tilted towards the sun	hemisphere
summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will <mask> summer when it is tilted towards the sun	experience
summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will experience <mask> when it is tilted towards the sun	summer
summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will experience summer when it is <mask> towards the sun	tilted
summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will experience summer when it is tilted towards the <mask>	sun
1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a <mask> revolution of the earth around the sun takes 365 days	complete
1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete <mask> of the earth around the sun takes 365 days	revolution
1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the <mask> around the sun takes 365 days	earth
1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the earth around the <mask> takes 365 days	sun
1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the earth around the sun <mask> 365 days	takes
1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the earth around the sun takes 365 <mask>	days
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the <mask> will complete 365 times of rotation after a complete revolution of the earth around the sun	earth
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will <mask> 365 times of rotation after a complete revolution of the earth around the sun	complete
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 <mask> of rotation after a complete revolution of the earth around the sun	times
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of <mask> after a complete revolution of the earth around the sun	rotation
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a <mask> revolution of the earth around the sun	complete
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a complete <mask> of the earth around the sun	revolution
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a complete revolution of the <mask> around the sun	earth
a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a complete revolution of the earth around the <mask>	sun
the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the <mask> is the celestial object that is closest to the earth in the solar system	moon
the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the moon is the celestial <mask> that is closest to the earth in the solar system	object
the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the moon is the celestial object that is closest to the <mask> in the solar system	earth
the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the moon is the celestial object that is closest to the earth in the solar <mask>	system
the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the <mask> are very far away from the earth, they will appear a lot smaller on earth	stars
the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very <mask> away from the earth, they will appear a lot smaller on earth	far
the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very far away from the earth, they will <mask> a lot smaller on earth	appear
the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very far away from the earth, they will appear a <mask> smaller on earth	lot
the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very far away from the earth, they will appear a lot smaller on <mask>	earth
a planet is a kind of celestial object / body & earth is a kind of planet -> <mask> is a kind of celestial object	earth
a planet is a kind of celestial object / body & earth is a kind of planet -> earth is a <mask> of celestial object	kind
a planet is a kind of celestial object / body & earth is a kind of planet -> earth is a kind of celestial <mask>	object
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the <mask> from a star to earth decreases, the star will appear larger	distance
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a <mask> to earth decreases, the star will appear larger	star
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a star to <mask> decreases, the star will appear larger	earth
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a star to earth decreases, the <mask> will appear larger	star
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a star to earth decreases, the star will <mask> larger	appear
as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the <mask> will appear larger than other stars because it is the closest star to earth	sun
as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will <mask> larger than other stars because it is the closest star to earth	appear
as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will appear larger than other <mask> because it is the closest star to earth	stars
as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will appear larger than other stars because it is the closest <mask> to earth	star
as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will appear larger than other stars because it is the closest star to <mask>	earth
a star produces light and heat & a source of something emits / produces / generates / provides that something -> a <mask> is a source of light	star
a star produces light and heat & a source of something emits / produces / generates / provides that something -> a star is a <mask> of light	source
a star produces light and heat & a source of something emits / produces / generates / provides that something -> a star is a source of <mask>	light
a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the <mask> of the star increases, the light will appear brighter	size
a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the size of the <mask> increases, the light will appear brighter	star
a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the size of the star increases, the <mask> will appear brighter	light
a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the size of the star increases, the light will <mask> brighter	appear
stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the <mask> between stars are measured in light years	distance
stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between <mask> are measured in light years	stars
stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between stars are <mask> in light years	measured
stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between stars are measured in <mask> years	light
stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between stars are measured in light <mask>	years
the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the <mask> between the sun and proxima centauri is measured in light years	distance
the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the <mask> and proxima centauri is measured in light years	sun
the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and <mask> centauri is measured in light years	proxima
the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and proxima centauri is <mask> in light years	measured
the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and proxima centauri is measured in <mask> years	light
the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and proxima centauri is measured in light <mask>	years
stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> <mask> year is used to measure the distance between stars	light
stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light <mask> is used to measure the distance between stars	year
stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is <mask> to measure the distance between stars	used
stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is used to <mask> the distance between stars	measure
stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is used to measure the <mask> between stars	distance
stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is used to measure the distance between <mask>	stars
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the <mask> between the object and the earth is equal to the distance light can travel in 10 years	distance
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the <mask> and the earth is equal to the distance light can travel in 10 years	object
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the <mask> is equal to the distance light can travel in 10 years	earth
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is <mask> to the distance light can travel in 10 years	equal
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the <mask> light can travel in 10 years	distance
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance <mask> can travel in 10 years	light
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance light can <mask> in 10 years	travel
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance light can travel in <mask> years	10
light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance light can travel in 10 <mask>	years
light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> <mask> year is used to measure the distance between stars	light
light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light <mask> is used to measure the distance between stars	year
light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is <mask> to measure the distance between stars	used
light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is used to <mask> the distance between stars	measure
light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is used to measure the <mask> between stars	distance
light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is used to measure the distance between <mask>	stars
the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new <mask> is when the moon could block the earth from the sun	moon
the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the <mask> could block the earth from the sun	moon
the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the moon could <mask> the earth from the sun	block
the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the moon could block the <mask> from the sun	earth
the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the moon could block the earth from the <mask>	sun
the new moon is when the moon could block the earth from the sun & a solar eclipse is when the moon blocks the earth from the sun -> a solar <mask> could only happen during the new moon	eclipse
the new moon is when the moon could block the earth from the sun & a solar eclipse is when the moon blocks the earth from the sun -> a solar eclipse could only <mask> during the new moon	happen
the new moon is when the moon could block the earth from the sun & a solar eclipse is when the moon blocks the earth from the sun -> a solar eclipse could only happen during the new <mask>	moon
if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the <mask> moon is when the earth can block the light on the moon	full
if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full <mask> is when the earth can block the light on the moon	moon
if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the <mask> can block the light on the moon	earth
if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the earth can <mask> the light on the moon	block
if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the earth can block the <mask> on the moon	light
if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the earth can block the light on the <mask>	moon
the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the <mask> moon is when the earth can cause a shadown on the moon	full
the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full <mask> is when the earth can cause a shadown on the moon	moon
the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full moon is when the <mask> can cause a shadown on the moon	earth
the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full moon is when the earth can <mask> a shadown on the moon	cause
the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full moon is when the earth can cause a shadown on the <mask>	moon

summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the <mask> hemisphere will experience summer when it is tilted towards the sun

northern

summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern <mask> will experience summer when it is tilted towards the sun

hemisphere

summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will <mask> summer when it is tilted towards the sun

experience

summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will experience <mask> when it is tilted towards the sun

summer

summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will experience summer when it is <mask> towards the sun

tilted

summer is when a hemisphere is tilted towards the sun & the northern hemisphere is a kind of hemisphere of earth -> the northern hemisphere will experience summer when it is tilted towards the <mask>

sun

1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a <mask> revolution of the earth around the sun takes 365 days

complete

1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete <mask> of the earth around the sun takes 365 days

revolution

1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the <mask> around the sun takes 365 days

earth

1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the earth around the <mask> takes 365 days

sun

1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the earth around the sun <mask> 365 days

takes

1 year is equal to 365 days & a complete revolution / orbit of the earth around the sun takes one year -> a complete revolution of the earth around the sun takes 365 <mask>

days

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the <mask> will complete 365 times of rotation after a complete revolution of the earth around the sun

earth

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will <mask> 365 times of rotation after a complete revolution of the earth around the sun

complete

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 <mask> of rotation after a complete revolution of the earth around the sun

times

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of <mask> after a complete revolution of the earth around the sun

rotation

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a <mask> revolution of the earth around the sun

complete

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a complete <mask> of the earth around the sun

revolution

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a complete revolution of the <mask> around the sun

earth

a complete revolution of the earth around the sun takes 365 days & a complete rotation of the earth on earth 's axis / itself takes 1 / one day -> the earth will complete 365 times of rotation after a complete revolution of the earth around the <mask>

sun

the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the <mask> is the celestial object that is closest to the earth in the solar system

moon

the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the moon is the celestial <mask> that is closest to the earth in the solar system

object

the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the moon is the celestial object that is closest to the <mask> in the solar system

earth

the solar system contains the moon & the moon is the celestial object that is closest to the earth -> the moon is the celestial object that is closest to the earth in the solar <mask>

system

the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the <mask> are very far away from the earth, they will appear a lot smaller on earth

stars

the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very <mask> away from the earth, they will appear a lot smaller on earth

far

the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very far away from the earth, they will <mask> a lot smaller on earth

appear

the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very far away from the earth, they will appear a <mask> smaller on earth

lot

the stars in the night sky are very far away from the earth & as distance to an object increases , that object will appear smaller -> because the stars are very far away from the earth, they will appear a lot smaller on <mask>

earth

a planet is a kind of celestial object / body & earth is a kind of planet -> <mask> is a kind of celestial object

earth

a planet is a kind of celestial object / body & earth is a kind of planet -> earth is a <mask> of celestial object

kind

a planet is a kind of celestial object / body & earth is a kind of planet -> earth is a kind of celestial <mask>

object

earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the <mask> from a star to earth decreases, the star will appear larger

distance

earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a <mask> to earth decreases, the star will appear larger

star

earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a star to <mask> decreases, the star will appear larger

earth

earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a star to earth decreases, the <mask> will appear larger

star

earth is a kind of celestial object & a star is a kind of celestial object / celestial body & as distance from an object decreases , that object will appear larger -> as the distance from a star to earth decreases, the star will <mask> larger

appear

as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the <mask> will appear larger than other stars because it is the closest star to earth

sun

as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will <mask> larger than other stars because it is the closest star to earth

appear

as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will appear larger than other <mask> because it is the closest star to earth

stars

as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will appear larger than other stars because it is the closest <mask> to earth

star

as the distance from a star to earth decreases, the star will appear larger & the sun is the star that is closest to earth -> the sun will appear larger than other stars because it is the closest star to <mask>

earth

a star produces light and heat & a source of something emits / produces / generates / provides that something -> a <mask> is a source of light

star

a star produces light and heat & a source of something emits / produces / generates / provides that something -> a star is a <mask> of light

source

a star produces light and heat & a source of something emits / produces / generates / provides that something -> a star is a source of <mask>

light

a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the <mask> of the star increases, the light will appear brighter

size

a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the size of the <mask> increases, the light will appear brighter

star

a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the size of the star increases, the <mask> will appear brighter

light

a star is a source of light & as the size of a light source increases , that light will appear brighter -> as the size of the star increases, the light will <mask> brighter

appear

stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the <mask> between stars are measured in light years

distance

stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between <mask> are measured in light years

stars

stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between stars are <mask> in light years

measured

stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between stars are measured in <mask> years

light

stars are located light years apart from each other & light year is a measure of the distance light travels in one year -> the distance between stars are measured in light <mask>

years

the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the <mask> between the sun and proxima centauri is measured in light years

distance

the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the <mask> and proxima centauri is measured in light years

sun

the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and <mask> centauri is measured in light years

proxima

the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and proxima centauri is <mask> in light years

measured

the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and proxima centauri is measured in <mask> years

light

the distance between stars are measured in light years & the sun is a kind of star & proxima centauri is a kind of star -> the distance between the sun and proxima centauri is measured in light <mask>

years

stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> <mask> year is used to measure the distance between stars

light

stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light <mask> is used to measure the distance between stars

year

stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is <mask> to measure the distance between stars

used

stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is used to <mask> the distance between stars

measure

stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is used to measure the <mask> between stars

distance

stars are located light years apart from each other & light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 -> light year is used to measure the distance between <mask>

stars

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the <mask> between the object and the earth is equal to the distance light can travel in 10 years

distance

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the <mask> and the earth is equal to the distance light can travel in 10 years

object

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the <mask> is equal to the distance light can travel in 10 years

earth

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is <mask> to the distance light can travel in 10 years

equal

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the <mask> light can travel in 10 years

distance

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance <mask> can travel in 10 years

light

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance light can <mask> in 10 years

travel

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance light can travel in <mask> years

10

light year is a measure of the distance light travels in one year & an object is 10 light years from earth -> the distance between the object and the earth is equal to the distance light can travel in 10 <mask>

years

light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> <mask> year is used to measure the distance between stars

light

light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light <mask> is used to measure the distance between stars

year

light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is <mask> to measure the distance between stars

used

light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is used to <mask> the distance between stars

measure

light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is used to measure the <mask> between stars

distance

light years ly are an astronomy unit used for measuring length / distance generally used for values between 1 and 27000000000 & stars are located light years apart from each other -> light year is used to measure the distance between <mask>

stars

the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new <mask> is when the moon could block the earth from the sun

moon

the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the <mask> could block the earth from the sun

moon

the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the moon could <mask> the earth from the sun

block

the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the moon could block the <mask> from the sun

earth

the new moon is when the moon is in between the sun and the earth & the new moon is when the dark half of the moon faces the earth -> the new moon is when the moon could block the earth from the <mask>

sun

the new moon is when the moon could block the earth from the sun & a solar eclipse is when the moon blocks the earth from the sun -> a solar <mask> could only happen during the new moon

eclipse

the new moon is when the moon could block the earth from the sun & a solar eclipse is when the moon blocks the earth from the sun -> a solar eclipse could only <mask> during the new moon

happen

the new moon is when the moon could block the earth from the sun & a solar eclipse is when the moon blocks the earth from the sun -> a solar eclipse could only happen during the new <mask>

moon

if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the <mask> moon is when the earth can block the light on the moon

full

if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full <mask> is when the earth can block the light on the moon

moon

if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the <mask> can block the light on the moon

earth

if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the earth can <mask> the light on the moon

block

if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the earth can block the <mask> on the moon

light

if the earth is in between the sun and the moon, then the earth can block the light on the moon & the full moon is when the earth is in between the sun and the moon -> the full moon is when the earth can block the light on the <mask>

moon

the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the <mask> moon is when the earth can cause a shadown on the moon

full

the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full <mask> is when the earth can cause a shadown on the moon

moon

the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full moon is when the <mask> can cause a shadown on the moon

earth

the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full moon is when the earth can <mask> a shadown on the moon

cause

the full moon is when the earth can block the light on the moon & an object blocking light causes a shadow -> the full moon is when the earth can cause a shadown on the <mask>

moon