Question

At the same temperature, chlorine. Temperature can be thought of as the average kinetic energy of a substance. Since bromine is more massive than chlorine, than it makes sense that chlorine would have to travel faster to have the same kinetic energy, since kinetic energy = .5mv^2. Since chlorine moves faster, it diffuses faster. A glass tumbler containing hot water is kept in the freezer compartment of a refrigerator (temp < 0°).If you could measure the temperature of the content of the tumbler, which of the following graphs would correctly represent the change in its temperature as a function of time? Explain

Answer 1

Answer:

The average translational kinetic energy (per molecule) of any (ideal) gas (be it monatomic like argon, diatomic like chlorine or polyatomic) is always ...