Question

Oxygen and hydrogen are compressed into two cubical boxes of the same

size at a temperature of 28 K. What do these gases have in common
according to the kinetic theory?

Answer 1

According to the kinetic theory, oxygen and hydrogen gases have the same average kinetic energies, internal energies, and pressures when compressed into two cubical boxes of the same size at a temperature of 28 K.

Step-by-step explanation:

According to the kinetic theory, oxygen and hydrogen gases have several things in common when compressed into two cubical boxes of the same size at a temperature of 28 K:

1. The average kinetic energies of the atoms in both gases are the same. This means that, on average, the atoms in both gases have the same amount of energy.
2. The internal energies of 1 mole of gas in each box are the same. This means that the amount of energy contained within 1 mole of gas is the same in both boxes.
3. The pressures in both cylinders are the same. This means that the amount of force applied by the gas on the walls of the container is the same in both cylinders.