Gas Particle Behavior and Temperature Increase Model
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Gas Particle Behavior and Temperature Increase Model

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Questions and Answers

What determines the direction of travel for gaseous particles?

  • They follow a predetermined path determined by their molecular structure
  • They are guided by an external force field that aligns their trajectories
  • They travel in random directions, with no specific pattern
  • They travel in straight lines until they collide with each other or an object (correct)

    • How does the speed of gaseous particles relate to temperature and volume?

  • Particle speed has no effect on temperature or volume
  • Faster-moving particles indicate a lower temperature and smaller volume
  • Faster-moving particles indicate a higher temperature and smaller volume
  • Faster-moving particles indicate a higher temperature and larger volume (correct)

    • What allows us to detect odors in gases?

  • Odor molecules are attracted to our noses by an electromagnetic force
  • Odor molecules travel in all directions and can reach our noses (correct)
  • Odor molecules travel in specific patterns that our noses can recognize
  • Odor molecules emit light that our noses can detect

    • According to the model, what happens to the volume of a balloon when the particles lose energy?

    <p>The volume decreases due to the slower-moving particles</p> Signup and view all the answers

    How do gaseous particles travel according to the information provided?

    <p>They travel in straight lines until they collide with something</p> Signup and view all the answers

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