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Formed by cooling solidification of lava
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
What will happen if there is a hot cup next to a cold cup?
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
How does heat move?
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
Which layer of the Earth is the THINNEST?
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
Formed by compacting cementing of sediments
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
Energy from the Sun travels to Earth as
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
Which layer is the hottest?
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
Formed by heat and pressure
Radiation
igneous
Thermal energy will leave the hot cup and enter the cold cup until they are the same temperature.
Crust
Inner core
sedimentary
metamorphic
from warm places to cooler places
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