Two identical rigid containers, Container 1 and Container 2, each hold an ideal monatomic gas at the same temperature \(T\) and pressure \(P\). The gas in Container 1 consists of molecules of mass \(m_1\), and the gas in Container 2 consists of molecules of mass \(m_2\), where \(m_2 > m_1\).

How do the average magnitude of momentum change per wall collision and the rate of collisions per unit area of the container wall for Container 2 compare to those for Container 1?