How does the kinetic energy of the particles in a hot cup of coffee compare to the kinetic energy of the particles in ice cream? explain.

The particles in a hot coffee possess greater kinetic energy compare to the particles of an ice cream due to the nature of their states of matter.

Explanation:

The particles of liquid substance are held together by weak intermolecular force of attraction and therefore are far from each other which cause them to be able to move about freely in the hot cup of coffee. Due to easy movement they will have more kinetic energy and move at a faster rate due to application of heat. Due to this heat, the particles in the hot coffee will be free to move about and strikes the wall of the container which in turns increases their kinetic energy since kinetic energy is the energy possessed by a body by virtue of its motion.

An ice cream is a semisolid and in a semisolid compare to liquid substance, the molecules/particles of the substance are held together by intermolecular force of attraction and hence, this particles will not be able to move freely and as such will possess low kinetic energy compare to the particles in the hot coffee.

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an energy transformation flow diagram is shown

where is it ?