step
stringlengths 63
453
| label
stringlengths 1
15
|
|---|---|
elements in group 1 will have similar properties to sodium & potassium belongs to alkali metals , group 1 on the periodic table -> potassiumn has similar properties to <mask> | sodium |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, <mask> belong to noble gases family, group 18 on the periodic table | ar |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, ar <mask> to noble gases family, group 18 on the periodic table | belong |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, ar belong to <mask> gases family, group 18 on the periodic table | noble |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, ar belong to noble <mask> family, group 18 on the periodic table | gases |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, ar belong to noble gases family, <mask> 18 on the periodic table | group |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, ar belong to noble gases family, group <mask> on the periodic table | 18 |
helium / neon / argon belong to noble gases family , group 18 on the periodic table & the chemical symbol for argon is ar & the chemical symbol for helium is he & the chemical symbol for neon is ne -> he, ne, ar belong to noble gases family, group 18 on the periodic <mask> | table |
he, ne, ar belong to noble gases family, group 18 on the periodic table & elements in the same group on the periodic table of elements have similar properties -> he, ne, <mask> have similar properties | ar |
he, ne, ar belong to noble gases family, group 18 on the periodic table & elements in the same group on the periodic table of elements have similar properties -> he, ne, ar have similar <mask> | properties |
gold is soft & soft things are malleable -> <mask> is malleable | gold |
the properties of something can be used to identify that something & a substances boiling point is a kind of physical property -> a <mask> 's boiling point can be used to identify the substance | substance |
the properties of something can be used to identify that something & a substances boiling point is a kind of physical property -> a substance 's <mask> point can be used to identify the substance | boiling |
the properties of something can be used to identify that something & a substances boiling point is a kind of physical property -> a substance 's boiling <mask> can be used to identify the substance | point |
the properties of something can be used to identify that something & a substances boiling point is a kind of physical property -> a substance 's boiling point can be <mask> to identify the substance | used |
the properties of something can be used to identify that something & a substances boiling point is a kind of physical property -> a substance 's boiling point can be used to <mask> the substance | identify |
the properties of something can be used to identify that something & a substances boiling point is a kind of physical property -> a substance 's boiling point can be used to identify the <mask> | substance |
a substance 's boiling point can be used to identify the substance & water is a kind of substance -> the <mask> point of water can be used to identify water | boiling |
a substance 's boiling point can be used to identify the substance & water is a kind of substance -> the boiling <mask> of water can be used to identify water | point |
a substance 's boiling point can be used to identify the substance & water is a kind of substance -> the boiling point of <mask> can be used to identify water | water |
a substance 's boiling point can be used to identify the substance & water is a kind of substance -> the boiling point of water can be <mask> to identify water | used |
a substance 's boiling point can be used to identify the substance & water is a kind of substance -> the boiling point of water can be used to <mask> water | identify |
a substance 's boiling point can be used to identify the substance & water is a kind of substance -> the boiling point of water can be used to identify <mask> | water |
the boiling point of water can be used to identify water & water is a kind of substance & the boiling point of water is 100c -> if a <mask> has a boiling point of 100c, then that substance is water | substance |
the boiling point of water can be used to identify water & water is a kind of substance & the boiling point of water is 100c -> if a substance has a <mask> point of 100c, then that substance is water | boiling |
the boiling point of water can be used to identify water & water is a kind of substance & the boiling point of water is 100c -> if a substance has a boiling <mask> of 100c, then that substance is water | point |
the boiling point of water can be used to identify water & water is a kind of substance & the boiling point of water is 100c -> if a substance has a boiling point of 100c, then that <mask> is water | substance |
the boiling point of water can be used to identify water & water is a kind of substance & the boiling point of water is 100c -> if a substance has a boiling point of 100c, then that substance is <mask> | water |
one pan contains 1 l of water & water is a kind of substance & liters l is a metric unit used for measuring volume generally used for values between 1 and 50000000 & the other pan contains 3 l of water -> both <mask> contain water of different volumes | pans |
one pan contains 1 l of water & water is a kind of substance & liters l is a metric unit used for measuring volume generally used for values between 1 and 50000000 & the other pan contains 3 l of water -> both pans <mask> water of different volumes | contain |
one pan contains 1 l of water & water is a kind of substance & liters l is a metric unit used for measuring volume generally used for values between 1 and 50000000 & the other pan contains 3 l of water -> both pans contain <mask> of different volumes | water |
one pan contains 1 l of water & water is a kind of substance & liters l is a metric unit used for measuring volume generally used for values between 1 and 50000000 & the other pan contains 3 l of water -> both pans contain water of different <mask> | volumes |
both pans contain water of different volumes & volume has no impact on boiling point -> the <mask> in both pans will have the same boiling point | water |
both pans contain water of different volumes & volume has no impact on boiling point -> the water in both <mask> will have the same boiling point | pans |
both pans contain water of different volumes & volume has no impact on boiling point -> the water in both pans will have the same <mask> point | boiling |
both pans contain water of different volumes & volume has no impact on boiling point -> the water in both pans will have the same boiling <mask> | point |
if something is outside during the day then that something will receive sunlight & puddles of water are outside during the day -> <mask> of water will receive sunlight | puddles |
if something is outside during the day then that something will receive sunlight & puddles of water are outside during the day -> puddles of <mask> will receive sunlight | water |
if something is outside during the day then that something will receive sunlight & puddles of water are outside during the day -> puddles of water will <mask> sunlight | receive |
if something is outside during the day then that something will receive sunlight & puddles of water are outside during the day -> puddles of water will receive <mask> | sunlight |
puddles of water will receive sunlight & if something receives sunlight, it will increase in temperature -> the <mask> of water will increase in temperature | puddles |
puddles of water will receive sunlight & if something receives sunlight, it will increase in temperature -> the puddles of <mask> will increase in temperature | water |
puddles of water will receive sunlight & if something receives sunlight, it will increase in temperature -> the puddles of water will <mask> in temperature | increase |
puddles of water will receive sunlight & if something receives sunlight, it will increase in temperature -> the puddles of water will increase in <mask> | temperature |
the puddles of water will increase in temperature & temperature is a measure of heat energy -> the <mask> of water will increase in heat energy | puddles |
the puddles of water will increase in temperature & temperature is a measure of heat energy -> the puddles of <mask> will increase in heat energy | water |
the puddles of water will increase in temperature & temperature is a measure of heat energy -> the puddles of water will <mask> in heat energy | increase |
the puddles of water will increase in temperature & temperature is a measure of heat energy -> the puddles of water will increase in <mask> energy | heat |
the puddles of water will increase in temperature & temperature is a measure of heat energy -> the puddles of water will increase in heat <mask> | energy |
the puddles of water will increase in heat energy & evaporation means a substance changes from a liquid into a gas by increasing heat energy & water is a kind of substance -> the <mask> of water will evaporate | puddles |
the puddles of water will increase in heat energy & evaporation means a substance changes from a liquid into a gas by increasing heat energy & water is a kind of substance -> the puddles of <mask> will evaporate | water |
the puddles of water will increase in heat energy & evaporation means a substance changes from a liquid into a gas by increasing heat energy & water is a kind of substance -> the puddles of water will <mask> | evaporate |
water is a kind of substance & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> as the <mask> of water decreases, the molecules in water will move slower | temperature |
water is a kind of substance & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> as the temperature of <mask> decreases, the molecules in water will move slower | water |
water is a kind of substance & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> as the temperature of water decreases, the <mask> in water will move slower | molecules |
water is a kind of substance & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> as the temperature of water decreases, the molecules in <mask> will move slower | water |
water is a kind of substance & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> as the temperature of water decreases, the molecules in water will <mask> slower | move |
as the temperature of water decreases, the molecules in water will move slower & the motion of liquid water molecules slows -> the <mask> of water is decreasing | temperature |
as the temperature of water decreases, the molecules in water will move slower & the motion of liquid water molecules slows -> the temperature of <mask> is decreasing | water |
as the temperature of water decreases, the molecules in water will move slower & the motion of liquid water molecules slows -> the temperature of water is <mask> | decreasing |
the temperature of water is decreasing & temperature is a measure of heat energy -> the <mask> energy of water is decreasing | heat |
the temperature of water is decreasing & temperature is a measure of heat energy -> the heat <mask> of water is decreasing | energy |
the temperature of water is decreasing & temperature is a measure of heat energy -> the heat energy of <mask> is decreasing | water |
the temperature of water is decreasing & temperature is a measure of heat energy -> the heat energy of water is <mask> | decreasing |
the heat energy of water is decreasing & freezing means a substance changes from a liquid into a solid by decreasing heat energy & water is a kind of substance -> the <mask> will freeze and change from a liquid to a solid | water |
the heat energy of water is decreasing & freezing means a substance changes from a liquid into a solid by decreasing heat energy & water is a kind of substance -> the water will <mask> and change from a liquid to a solid | freeze |
the heat energy of water is decreasing & freezing means a substance changes from a liquid into a solid by decreasing heat energy & water is a kind of substance -> the water will freeze and <mask> from a liquid to a solid | change |
the heat energy of water is decreasing & freezing means a substance changes from a liquid into a solid by decreasing heat energy & water is a kind of substance -> the water will freeze and change from a <mask> to a solid | liquid |
the heat energy of water is decreasing & freezing means a substance changes from a liquid into a solid by decreasing heat energy & water is a kind of substance -> the water will freeze and change from a liquid to a <mask> | solid |
freezing means substance changes from a liquid into a solid by decreasing heat energy & water starts to freeze & water is a kind of substance -> <mask> is decreasing in heat energy | water |
freezing means substance changes from a liquid into a solid by decreasing heat energy & water starts to freeze & water is a kind of substance -> water is <mask> in heat energy | decreasing |
freezing means substance changes from a liquid into a solid by decreasing heat energy & water starts to freeze & water is a kind of substance -> water is decreasing in <mask> energy | heat |
freezing means substance changes from a liquid into a solid by decreasing heat energy & water starts to freeze & water is a kind of substance -> water is decreasing in heat <mask> | energy |
water is decreasing in heat energy & temperature is a measure of heat energy -> <mask> is decreasing in temperature | water |
water is decreasing in heat energy & temperature is a measure of heat energy -> water is <mask> in temperature | decreasing |
water is decreasing in heat energy & temperature is a measure of heat energy -> water is decreasing in <mask> | temperature |
water is decreasing in temperature & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> the <mask> in water will move slower when the water is decreasing in temperature | molecules |
water is decreasing in temperature & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> the molecules in <mask> will move slower when the water is decreasing in temperature | water |
water is decreasing in temperature & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> the molecules in water will <mask> slower when the water is decreasing in temperature | move |
water is decreasing in temperature & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> the molecules in water will move slower when the <mask> is decreasing in temperature | water |
water is decreasing in temperature & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> the molecules in water will move slower when the water is <mask> in temperature | decreasing |
water is decreasing in temperature & as the temperature of a substance decreases , the molecules in that substance will move slower / closer -> the molecules in water will move slower when the water is decreasing in <mask> | temperature |
freezing is when a substance reaches its freezing point & freezing means a substance changes from a liquid into a solid by decreasing heat energy -> when a <mask> reaches its freezing point, it will change from a liquid to a solid | substance |
freezing is when a substance reaches its freezing point & freezing means a substance changes from a liquid into a solid by decreasing heat energy -> when a substance <mask> its freezing point, it will change from a liquid to a solid | reaches |
freezing is when a substance reaches its freezing point & freezing means a substance changes from a liquid into a solid by decreasing heat energy -> when a substance reaches its <mask> point, it will change from a liquid to a solid | freezing |
freezing is when a substance reaches its freezing point & freezing means a substance changes from a liquid into a solid by decreasing heat energy -> when a substance reaches its freezing point, it will <mask> from a liquid to a solid | change |
freezing is when a substance reaches its freezing point & freezing means a substance changes from a liquid into a solid by decreasing heat energy -> when a substance reaches its freezing point, it will change from a <mask> to a solid | liquid |
freezing is when a substance reaches its freezing point & freezing means a substance changes from a liquid into a solid by decreasing heat energy -> when a substance reaches its freezing point, it will change from a liquid to a <mask> | solid |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> <mask> will change from a liquid to a solid when it reaches its freezing point | water |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> water will <mask> from a liquid to a solid when it reaches its freezing point | change |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> water will change from a <mask> to a solid when it reaches its freezing point | liquid |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> water will change from a liquid to a <mask> when it reaches its freezing point | solid |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> water will change from a liquid to a solid when it <mask> its freezing point | reaches |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> water will change from a liquid to a solid when it reaches its <mask> point | freezing |
when a substance reaches its freezing point, it will change from a liquid to a solid & the water reaches its freezing point & water is a kind of substance -> water will change from a liquid to a solid when it reaches its freezing <mask> | point |
water will change from a liquid to a solid when it reaches its freezing point & liquid is a kind of state of matter & solid is a kind of state of matter -> <mask> will change its state of matter when it reaches its freezing point | water |
water will change from a liquid to a solid when it reaches its freezing point & liquid is a kind of state of matter & solid is a kind of state of matter -> water will <mask> its state of matter when it reaches its freezing point | change |
water will change from a liquid to a solid when it reaches its freezing point & liquid is a kind of state of matter & solid is a kind of state of matter -> water will change its <mask> of matter when it reaches its freezing point | state |
water will change from a liquid to a solid when it reaches its freezing point & liquid is a kind of state of matter & solid is a kind of state of matter -> water will change its state of <mask> when it reaches its freezing point | matter |
water will change from a liquid to a solid when it reaches its freezing point & liquid is a kind of state of matter & solid is a kind of state of matter -> water will change its state of matter when it <mask> its freezing point | reaches |