two different gases are stored in separate closed containers. if both gases have a temperature of 50°c…

two different gases are stored in separate closed containers. if both gases have a temperature of 50°c, which statement is true?\nthe thermal energies of gas molecules in the two containers are unrelated.\nthe gas molecules in both containers will absorb heat from the surroundings.\nthe molecules in one gas will transfer energy to the molecules in the other gas.\nthe gas molecules in both containers have the same average kinetic energy.

two different gases are stored in separate closed containers. if both gases have a temperature of 50°c, which statement is true?\nthe thermal energies of gas molecules in the two containers are unrelated.\nthe gas molecules in both containers will absorb heat from the surroundings.\nthe molecules in one gas will transfer energy to the molecules in the other gas.\nthe gas molecules in both containers have the same average kinetic energy.

Answer

Brief Explanations:

The average kinetic energy of gas molecules is directly proportional to the temperature. Since both gases have the same temperature ($50^{\circ}C$), their molecules have the same average kinetic energy. The gases are in separate closed - containers, so there is no heat transfer between them and they won't absorb heat from the surroundings as there is no temperature difference mentioned between the gases and surroundings. Thermal energy depends on the number of molecules and temperature, so they are not necessarily unrelated just because they are different gases.

Answer:

The gas molecules in both containers have the same average kinetic energy.