Physics Chapter on Collisions
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Physics Chapter on Collisions

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Questions and Answers

What characterizes a head-on collision?

  • Momentum is not conserved.
  • Colliding bodies move at different angles.
  • Kinetic energy is always conserved.
  • Velocities are confined to the same straight line. (correct)
  • Which statement is true about elastic collisions?

  • Both momentum and kinetic energy are conserved. (correct)
  • Forces involved are always non-conservative.
  • They are always perfectly inelastic.
  • They result in maximum kinetic energy loss.
  • What happens during a perfectly inelastic collision?

  • Momentum is not conserved.
  • Kinetic energy is conserved.
  • The bodies stick together after collision. (correct)
  • The colliding bodies bounce off each other.
  • In which type of collision is kinetic energy not conserved?

    <p>Inelastic collision</p> Signup and view all the answers

    How are oblique collisions different from head-on collisions?

    <p>Velocities are not confined to the same straight line.</p> Signup and view all the answers

    What describes the line of impact during a collision?

    <p>It passes through the common normal of the surfaces in contact.</p> Signup and view all the answers

    In what situation is momentum conserved but kinetic energy is not?

    <p>A bullet embedding in a wooden block.</p> Signup and view all the answers

    Which scenario exemplifies an oblique collision?

    <p>A ball striking another at an angle.</p> Signup and view all the answers

    Study Notes

    Collisions

    • Interactions between bodies that involve an exchange of momentum within a short period.
    • Bodies may come into contact or not, for example, a particle scattering off a nucleus due to repulsion.

    Types of Collisions by Motion

    • Head-on/One-dimensional Collision: Bodies' velocities are confined to the same straight line before and after.
    • Oblique Collision: Velocities are not confined to the same line, can be two or three-dimensional.

    Types of Collisions by Energy Conservation

    • Elastic Collision: Momentum and kinetic energy are conserved. Forces are conservative. Examples include atomic particle collisions.
    • Inelastic Collision: Momentum is conserved, but not kinetic energy. Forces are non-conservative. Example: collisions between vehicles.
      • Perfectly Inelastic Collision: Colliding bodies stick together after collision, moving as a single unit. Maximum kinetic energy loss. Example: bullet embedded in a block.

    Line of Impact

    • The line passing through the common normal to the surfaces in contact during impact.
    • The collision force acts along this line on both bodies.
    • Example: balls A and B approaching along line CD, the line CD is the line of impact.

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    Description

    Explore the different types of collisions in physics, including elastic and inelastic collisions. Understand how momentum and kinetic energy are conserved or lost during head-on and oblique interactions. This quiz will test your knowledge about the definitions and examples of these concepts.

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