In the sense of second equation for power, power is the rate of change of the
work done by the system.
From this equation, we can derive another equation for instantaneous power
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Unformatted text preview: that does not rely on calculus. Given a force that acts at an angle θ to the displacement of the particle, P = = = F cosθ Since = v , P = Fv cosθ...
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- Fall '09
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- Force, Power, Work, Joule, instantaneous power, Fv cosθ
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