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A force changes an object's kinetic energy from 65 J to 130 J. Calculate the work done by the force.

Physics

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Step-by-step solution

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Here are the solutions to both problems:

:
If a certain force acts on an object and changes its kinetic energy from 65 J65 \text{ J} to 130 J130 \text{ J}, then work done by the force will be:

  1. Apply the Work-Energy Theorem.

    The work done (WW) by a force is equal to the change in kinetic energy (ΔKE\Delta KE).

    W=ΔKE=KEfinal−KEinitialW = \Delta KE = KE_{\text{final}} - KE_{\text{initial}}

    Given:
    Initial kinetic energy (KEinitialKE_{\text{initial}}) = 65 J65 \text{ J}
    Final kinetic energy (KEfinalKE_{\text{final}}) = 130 J130 \text{ J}

  2. Step 2

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