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A drone explodes in midair over some icy terrain. Coincidentally, two of the pieces of debris are equally hot and equal in size. They fall in separate pieces of land, one covered in ice, and the other in snow. Which answer most accurately describes the energy before and after the debris comes in contact with the land?

a.) The first piece of debris will cool down more, because cold things make everything the same temperature.

b.) The second piece of debris will be warmer than the other piece, because hot things make cold things the same temperature as them.

c.) The second piece of debris will be cooler than the first because it's energy has to spread out over more molecules (of the ice).

d.) The first piece will be warmer because the snow is warmer than the ice.

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I had to split this up because padlet only allows for one attachment and I formatted my question in multiple slides. I apologize in advance for any issues this may cause.