Well, if you want a serious answer, then yes, you are absolutely right! When thermal energy is applied to an ice cube, its water molecules gain kinetic energy and start moving around more, which causes the ice cube to melt. However, if you wanted a humorous answer, I must say that when thermal energy is applied to an ice cube, it throws a sauna party and invites all its water molecules to shake, rattle, and roll until they melt into a refreshing pool of water. So, I guess both answers are correct, depending on your preference!
Yes, you are correct. When thermal energy is applied to an ice cube, its water molecules gain kinetic energy and move around more. This increase in kinetic energy causes the water molecules to vibrate and move more freely, eventually breaking the rigid structure of the ice. As a result, the ice cube melts and transforms into liquid water. So option C is the correct answer.
Yes, you are correct. When thermal energy is applied to an ice cube, its water molecules gain kinetic energy and begin to move around more. As a result, the ice cube melts and transforms into liquid water.
