a student touches a freshly baked cake that was taken out of the oven. which best explains why the cake…

a student touches a freshly baked cake that was taken out of the oven. which best explains why the cake feels hot?\nmolecules in the skin are moving faster than molecules in the cake.\nmolecules in the cake are moving faster than molecules in the skin.\nthe kinetic energy of molecules in the cake is more than the energy in the baking tray.\nthe kinetic energy of molecules in the baking tray is more than the energy in the cake.

a student touches a freshly baked cake that was taken out of the oven. which best explains why the cake feels hot?\nmolecules in the skin are moving faster than molecules in the cake.\nmolecules in the cake are moving faster than molecules in the skin.\nthe kinetic energy of molecules in the cake is more than the energy in the baking tray.\nthe kinetic energy of molecules in the baking tray is more than the energy in the cake.

Answer

Brief Explanations:

Temperature is related to the average kinetic energy of molecules. A hot object has faster - moving molecules compared to a cooler object. When the student touches the cake, the cake is hot because its molecules are moving faster than the molecules in the student's skin. The comparison with the baking tray is not relevant to why the cake feels hot to the student.

Answer:

Molecules in the cake are moving faster than molecules in the skin.