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The mean free path of gas molecules is defined as:

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Question: The mean free path of gas molecules is defined as:

Options:

  1. The average distance traveled between collisions
  2. The distance traveled in one second
  3. The distance between two gas containers
  4. The average distance of gas molecules in a container

Correct Answer: The average distance traveled between collisions

Solution: 

The mean free path is the average distance a molecule travels before colliding with another molecule.

The mean free path of gas molecules is defined as:

Practice Questions

Q1
The mean free path of gas molecules is defined as:
  1. The average distance traveled between collisions
  2. The distance traveled in one second
  3. The distance between two gas containers
  4. The average distance of gas molecules in a container

Questions & Step-by-Step Solutions

The mean free path of gas molecules is defined as:
  • Step 1: Understand that gas molecules are constantly moving around.
  • Step 2: Realize that while moving, these molecules can bump into each other.
  • Step 3: The mean free path is about finding out how far a molecule goes on average before it hits another molecule.
  • Step 4: Think of it like measuring the distance a car travels before it runs into another car on the road.
  • Mean Free Path – The average distance a molecule travels before colliding with another molecule.
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