Sandipan1994/Inference_Attribute_Prediction

step stringlengths 61 449	label stringlengths 1 15
nuclear fusion happens in the core of the sun & the core is a kind of layer of the sun -> nuclear <mask> happens in the core layer of the sun	fusion
nuclear fusion happens in the core of the sun & the core is a kind of layer of the sun -> nuclear fusion <mask> in the core layer of the sun	happens
nuclear fusion happens in the core of the sun & the core is a kind of layer of the sun -> nuclear fusion happens in the <mask> layer of the sun	core
nuclear fusion happens in the core of the sun & the core is a kind of layer of the sun -> nuclear fusion happens in the core <mask> of the sun	layer
nuclear fusion happens in the core of the sun & the core is a kind of layer of the sun -> nuclear fusion happens in the core layer of the <mask>	sun
blue stars are the hottest in temperature & blue is a kind of color -> <mask> that are blue in color are hottest in temperature	stars
blue stars are the hottest in temperature & blue is a kind of color -> stars that are <mask> in color are hottest in temperature	blue
blue stars are the hottest in temperature & blue is a kind of color -> stars that are blue in <mask> are hottest in temperature	color
blue stars are the hottest in temperature & blue is a kind of color -> stars that are blue in color are hottest in <mask>	temperature
earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the <mask> of the earth causes the pull of gravity on earth	mass
earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the <mask> causes the pull of gravity on earth	earth
earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth <mask> the pull of gravity on earth	causes
earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth causes the <mask> of gravity on earth	pull
earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth causes the pull of <mask> on earth	gravity
earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth causes the pull of gravity on <mask>	earth
a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the <mask> of gravity on the solid object will change	force
a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of <mask> on the solid object will change	gravity
a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of gravity on the <mask> object will change	solid
a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of gravity on the solid <mask> will change	object
a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of gravity on the solid object will <mask>	change
the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the <mask> of the solid object will change	weight
the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the weight of the <mask> object will change	solid
the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the weight of the solid <mask> will change	object
the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the weight of the solid object will <mask>	change
as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the <mask> of a celestial object decreases, the weight of an object on that celestial object will decrease	mass
as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial <mask> decreases, the weight of an object on that celestial object will decrease	object
as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the <mask> of an object on that celestial object will decrease	weight
as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the weight of an <mask> on that celestial object will decrease	object
as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the weight of an object on that celestial <mask> will decrease	object
as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the weight of an object on that celestial object will <mask>	decrease
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an <mask> weighs more on earth than on the moon because earth has more mass than the moon	object
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object <mask> more on earth than on the moon because earth has more mass than the moon	weighs
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on <mask> than on the moon because earth has more mass than the moon	earth
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the <mask> because earth has more mass than the moon	moon
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the moon because <mask> has more mass than the moon	earth
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the moon because earth has more <mask> than the moon	mass
as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the moon because earth has more mass than the <mask>	moon
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an <mask> will weigh less on the moon than on the earth because the moon has less mass than the earth	object
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will <mask> less on the moon than on the earth because the moon has less mass than the earth	weigh
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh <mask> on the moon than on the earth because the moon has less mass than the earth	less
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the <mask> than on the earth because the moon has less mass than the earth	moon
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the <mask> because the moon has less mass than the earth	earth
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the <mask> has less mass than the earth	moon
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the moon has <mask> mass than the earth	less
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the moon has less <mask> than the earth	mass
an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the moon has less mass than the <mask>	earth
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a <mask> will weigh less on the moon than on earth becasue the moon has less mass than the earth	hammer
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will <mask> less on the moon than on earth becasue the moon has less mass than the earth	weigh
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh <mask> on the moon than on earth becasue the moon has less mass than the earth	less
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the <mask> than on earth becasue the moon has less mass than the earth	moon
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on <mask> becasue the moon has less mass than the earth	earth
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the <mask> has less mass than the earth	moon
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the moon has <mask> mass than the earth	less
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the moon has less <mask> than the earth	mass
an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the moon has less mass than the <mask>	earth
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the <mask> escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet	rocket
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket <mask> the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet	escaping
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational <mask> of earth is an example of an object escaping the gravitational pull of a planet	pull
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of <mask> is an example of an object escaping the gravitational pull of a planet	earth
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an <mask> of an object escaping the gravitational pull of a planet	example
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an <mask> escaping the gravitational pull of a planet	object
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an object <mask> the gravitational pull of a planet	escaping
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational <mask> of a planet	pull
a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a <mask>	planet
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the <mask> of gravity on the rocket changes when it escapes the gravitational pull of earth	force
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of <mask> on the rocket changes when it escapes the gravitational pull of earth	gravity
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the <mask> changes when it escapes the gravitational pull of earth	rocket
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket <mask> when it escapes the gravitational pull of earth	changes
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket changes when it <mask> the gravitational pull of earth	escapes
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket changes when it escapes the gravitational <mask> of earth	pull
the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket changes when it escapes the gravitational pull of <mask>	earth
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the <mask> of the rocket will stay the same after the rocket escapes the gravitational pull of earth	mass
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the <mask> will stay the same after the rocket escapes the gravitational pull of earth	rocket
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will <mask> the same after the rocket escapes the gravitational pull of earth	stay
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the <mask> escapes the gravitational pull of earth	rocket
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the rocket <mask> the gravitational pull of earth	escapes
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the rocket escapes the gravitational <mask> of earth	pull
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the rocket escapes the gravitational pull of <mask>	earth
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the <mask> of the rocket will change after the rocket escapes the gravitational pull of earth	weight
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the <mask> will change after the rocket escapes the gravitational pull of earth	rocket
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will <mask> after the rocket escapes the gravitational pull of earth	change
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the <mask> escapes the gravitational pull of earth	rocket
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the rocket <mask> the gravitational pull of earth	escapes
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the rocket escapes the gravitational <mask> of earth	pull
the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the rocket escapes the gravitational pull of <mask>	earth
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the <mask> of the rocket will stay the same and the weight of the rocket will change after the rocket escapes the gravitational pull of earth	mass
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the <mask> will stay the same and the weight of the rocket will change after the rocket escapes the gravitational pull of earth	rocket
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will <mask> the same and the weight of the rocket will change after the rocket escapes the gravitational pull of earth	stay
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the <mask> of the rocket will change after the rocket escapes the gravitational pull of earth	weight
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the <mask> will change after the rocket escapes the gravitational pull of earth	rocket
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will <mask> after the rocket escapes the gravitational pull of earth	change
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the <mask> escapes the gravitational pull of earth	rocket
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the rocket <mask> the gravitational pull of earth	escapes
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the rocket escapes the gravitational <mask> of earth	pull
the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the rocket escapes the gravitational pull of <mask>	earth
earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> <mask> is a planet that has a greater mass than the planet mars	earth
earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a <mask> that has a greater mass than the planet mars	planet
earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a planet that has a greater <mask> than the planet mars	mass
earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a planet that has a greater mass than the <mask> mars	planet
earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a planet that has a greater mass than the planet <mask>	mars

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

fusion

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

happens

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

core

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

layer

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

sun

blue stars are the hottest in temperature & blue is a kind of color -> <mask> that are blue in color are hottest in temperature

stars

blue stars are the hottest in temperature & blue is a kind of color -> stars that are <mask> in color are hottest in temperature

blue

blue stars are the hottest in temperature & blue is a kind of color -> stars that are blue in <mask> are hottest in temperature

color

blue stars are the hottest in temperature & blue is a kind of color -> stars that are blue in color are hottest in <mask>

temperature

earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the <mask> of the earth causes the pull of gravity on earth

mass

earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the <mask> causes the pull of gravity on earth

earth

earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth <mask> the pull of gravity on earth

causes

earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth causes the <mask> of gravity on earth

pull

earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth causes the pull of <mask> on earth

gravity

earth is a kind of planet & the mass of a planet causes the pull of gravity on that planet -> the mass of the earth causes the pull of gravity on <mask>

earth

a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the <mask> of gravity on the solid object will change

force

a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of <mask> on the solid object will change

gravity

a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of gravity on the <mask> object will change

solid

a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of gravity on the solid <mask> will change

object

a solid object is taken from earth into space & the force of gravity is different in space from the force of gravity on earth -> the force of gravity on the solid object will <mask>

change

the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the <mask> of the solid object will change

weight

the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the weight of the <mask> object will change

solid

the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the weight of the solid <mask> will change

object

the force of gravity on the solid object will change & as the force of gravity changes , the weight of the object will change -> the weight of the solid object will <mask>

change

as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the <mask> of a celestial object decreases, the weight of an object on that celestial object will decrease

mass

as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial <mask> decreases, the weight of an object on that celestial object will decrease

object

as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the <mask> of an object on that celestial object will decrease

weight

as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the weight of an <mask> on that celestial object will decrease

object

as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the weight of an object on that celestial <mask> will decrease

object

as the mass of a celestial object decreases , the surface gravity of that celestial object weakens & as the force of gravity decreases , the weight of the object will decrease -> as the mass of a celestial object decreases, the weight of an object on that celestial object will <mask>

decrease

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an <mask> weighs more on earth than on the moon because earth has more mass than the moon

object

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object <mask> more on earth than on the moon because earth has more mass than the moon

weighs

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on <mask> than on the moon because earth has more mass than the moon

earth

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the <mask> because earth has more mass than the moon

moon

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the moon because <mask> has more mass than the moon

earth

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the moon because earth has more <mask> than the moon

mass

as the mass of a celestial object decreases, the weight of an object on that celestial object will decrease & the earth has more mass than the moon -> an object weighs more on earth than on the moon because earth has more mass than the <mask>

moon

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an <mask> will weigh less on the moon than on the earth because the moon has less mass than the earth

object

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will <mask> less on the moon than on the earth because the moon has less mass than the earth

weigh

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh <mask> on the moon than on the earth because the moon has less mass than the earth

less

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the <mask> than on the earth because the moon has less mass than the earth

moon

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the <mask> because the moon has less mass than the earth

earth

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the <mask> has less mass than the earth

moon

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the moon has <mask> mass than the earth

less

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the moon has less <mask> than the earth

mass

an object weighs more on earth than on the moon because earth has more mass than the moon & less is the opposite of more -> an object will weigh less on the moon than on the earth because the moon has less mass than the <mask>

earth

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a <mask> will weigh less on the moon than on earth becasue the moon has less mass than the earth

hammer

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will <mask> less on the moon than on earth becasue the moon has less mass than the earth

weigh

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh <mask> on the moon than on earth becasue the moon has less mass than the earth

less

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the <mask> than on earth becasue the moon has less mass than the earth

moon

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on <mask> becasue the moon has less mass than the earth

earth

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the <mask> has less mass than the earth

moon

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the moon has <mask> mass than the earth

less

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the moon has less <mask> than the earth

mass

an object will weigh less on the moon than on the earth because the moon has less mass than the earth & a hammer is a kind of object -> a hammer will weigh less on the moon than on earth becasue the moon has less mass than the <mask>

earth

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the <mask> escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet

rocket

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket <mask> the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet

escaping

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational <mask> of earth is an example of an object escaping the gravitational pull of a planet

pull

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of <mask> is an example of an object escaping the gravitational pull of a planet

earth

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an <mask> of an object escaping the gravitational pull of a planet

example

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an <mask> escaping the gravitational pull of a planet

object

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an object <mask> the gravitational pull of a planet

escaping

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational <mask> of a planet

pull

a rocket is a kind of object & the rocket escapes the gravitational pull of earth & earth is a kind of planet -> the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a <mask>

planet

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the <mask> of gravity on the rocket changes when it escapes the gravitational pull of earth

force

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of <mask> on the rocket changes when it escapes the gravitational pull of earth

gravity

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the <mask> changes when it escapes the gravitational pull of earth

rocket

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket <mask> when it escapes the gravitational pull of earth

changes

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket changes when it <mask> the gravitational pull of earth

escapes

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket changes when it escapes the gravitational <mask> of earth

pull

the rocket escaping the gravitational pull of earth is an example of an object escaping the gravitational pull of a planet & if an object escapes the gravitational pull of a planet, then the force of gravity on that object will change -> the force of gravity on the rocket changes when it escapes the gravitational pull of <mask>

earth

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the <mask> of the rocket will stay the same after the rocket escapes the gravitational pull of earth

mass

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the <mask> will stay the same after the rocket escapes the gravitational pull of earth

rocket

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will <mask> the same after the rocket escapes the gravitational pull of earth

stay

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the <mask> escapes the gravitational pull of earth

rocket

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the rocket <mask> the gravitational pull of earth

escapes

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the rocket escapes the gravitational <mask> of earth

pull

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the mass of the object will stay the same -> the mass of the rocket will stay the same after the rocket escapes the gravitational pull of <mask>

earth

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the <mask> of the rocket will change after the rocket escapes the gravitational pull of earth

weight

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the <mask> will change after the rocket escapes the gravitational pull of earth

rocket

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will <mask> after the rocket escapes the gravitational pull of earth

change

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the <mask> escapes the gravitational pull of earth

rocket

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the rocket <mask> the gravitational pull of earth

escapes

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the rocket escapes the gravitational <mask> of earth

pull

the force of gravity on the rocket changes when it escapes the gravitational pull of earth & as the force of gravity changes , the weight of the object will change -> the weight of the rocket will change after the rocket escapes the gravitational pull of <mask>

earth

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the <mask> of the rocket will stay the same and the weight of the rocket will change after the rocket escapes the gravitational pull of earth

mass

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the <mask> will stay the same and the weight of the rocket will change after the rocket escapes the gravitational pull of earth

rocket

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will <mask> the same and the weight of the rocket will change after the rocket escapes the gravitational pull of earth

stay

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the <mask> of the rocket will change after the rocket escapes the gravitational pull of earth

weight

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the <mask> will change after the rocket escapes the gravitational pull of earth

rocket

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will <mask> after the rocket escapes the gravitational pull of earth

change

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the <mask> escapes the gravitational pull of earth

rocket

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the rocket <mask> the gravitational pull of earth

escapes

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the rocket escapes the gravitational <mask> of earth

pull

the mass of the rocket will stay the same after the rocket escapes the gravitational pull of earth & the weight of the rocket will change after the rocket escapes the gravitational pull of earth -> the mass of the rocket will stay the same and the weight of the rocket will change after the rocket escapes the gravitational pull of <mask>

earth

earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> <mask> is a planet that has a greater mass than the planet mars

earth

earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a <mask> that has a greater mass than the planet mars

planet

earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a planet that has a greater <mask> than the planet mars

mass

earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a planet that has a greater mass than the <mask> mars

planet

earth is a kind of planet & mars is a kind of planet & earth is greater in mass than mars -> earth is a planet that has a greater mass than the planet <mask>

mars