Question

Boiling water transfers energy to an ice cube this is an example of?

Answer 1

Boiling water transfers kinetic energy to an ice cube, illustrating the process of reaching thermal equilibrium in accordance with thermodynamic principles.

Step-by-step explanation:

Boiling water transfers energy to an ice cube is an example of energy transfer, specifically, the transfer of kinetic energy from the higher temperature water to the lower temperature ice. This process is representative of how thermal equilibrium is reached as the hot water molecules collide with the colder ice molecules, effectively transferring energy until both reach a similar temperature. This is aligned with thermodynamics, where heat moves from warmer to cooler objects until equilibrium is established.

Answer 2

I'd say thermal energy. I say that because if I remember correctly the Second law of thermodynamics describes the energy in this case the boiling water (heat) to areas that are not hot like the ice cube. With heat energy we deal with warm moving to the an area of cold. The molecules in the ice cube from what I remember in college aren't moving at all hence the block of ice but when heat is added to the ice cube then the molecules in the ice cube start moving and getting excited, which causes the ice cube to start melting, as my bio teacher in college said.


Hopefully this helped and good luck.