Unformatted text preview: to stop it. The ratio is the same since the time is the same, therefore / = P N F F 0.933. d) By the workkinetic energy theorem, = F d k ∆ . Therefore, since the Nash has the greater kinetic energy, it will require the greater force to stop it in a given distance. Since the distance is the same, the ratio of the forces is the same as that of the kinetic energies, / = P N F F 1.68....
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 Energy, Kinetic Energy, Mass, Packard, WorkKinetic Energy Theorem

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