In an ideal gas, the mean free path is defined as the average distance a molecul

Practice Questions

In an ideal gas, the mean free path is defined as the average distance a molecule travels between collisions. Which factor does NOT affect the mean free path?

Temperature of the gas.
Density of the gas.
Size of the gas molecules.
Color of the gas molecules.

Questions & Step-by-Step Solutions

In an ideal gas, the mean free path is defined as the average distance a molecule travels between collisions. Which factor does NOT affect the mean free path?

Step 1: Understand what mean free path means. It is the average distance a gas molecule travels before it collides with another molecule.
Step 2: Identify the factors that can affect the mean free path. These include temperature (higher temperature means faster molecules), density (more molecules in a given space means more collisions), and the size of the molecules (larger molecules are more likely to collide).
Step 3: Determine which factor does NOT affect the mean free path. In this case, the color of the gas molecules does not influence how far they travel before colliding.

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In an ideal gas, the mean free path is defined as the average distance a molecul

Practice Questions

Questions & Step-by-Step Solutions

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