is the average kinetic energy of the particles in a block of ice at 0 celsius the same or different from gas?

Question

is the average kinetic energy of the particles in a block of ice at 0 degrees celsius the same or different from the average kinetic energy of the particles in a gas filled weather balloon at 0 degress celcius?

Answer 1

gas always has more kinetic energy than solid, no matter what the temperature. remember that kinetic energy is related to motion, and the molecules in a gas are moving around a lot while the molecules in a solid just kind of sit there.

Answer 2

It would be more in the gas than in the ice. Reason being, the kinetic energy in the gas is what keeps it from becoming liquid or solid. Once those molecules slow down, that is when the gas will change form. That form depends on what element it is. Some elements don't have a liquid form. It is called Sublimation when a solid skipps the liquid form and becomes a gas.

Usually, elements that are flamable have a really low freezing point. Lower than that of water. That is why vodka stays liquid in the freezer (an pretty much most other liquors)

Answer 3

Even at the same amount of thermal energy, the amount of kinetic (motion) energy can be different. Atoms in a block of ice hardly move at all, and that's what makes it solid. In the balloon, the gas is moving about very rapidly, which keeps the balloon inflated. Any other state of matter has more kinetic E than solid.

Answer 4

it may be greater desirable in the gas than in the ice. reason being, the kinetic vigor interior the gas is what keeps it from starting to be liquid or stable. as quickly as those molecules decelerate, that's while the gas will commerce style. that style relies upon upon what ingredient that's. some components does no longer have a liquid style. that's called Sublimation while an spectacular skipps the liquid style and could become a gas. often, components that are combustible have a particularly low freezing factor. scale back than that of water. that's why vodka remains liquid interior the freezer (an often maximum different liquors)

Answer 5

Those who have answered this question have fallen into a classical trap of the difference between temperature and heat. Temperature is defined as the average kinetic energy of the particles in a sample of matter. One source to check this is the American Heritage dictionary or also any number of physics text books. Since the temperature of both systems measure zero degrees their average kinetic energy is equal.