According to the impulse-momentum equation Ft = change in mv, a bungee jumper in fall has momentum which is reduced by the force F exerted by the bungee cord. If m is the mass of the jumper, then v in the equation is the speed of the

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The impulse-momentum equation Ft = change in mv states that the force (F) exerted on an object for a period of time (t) will result in a change in momentum (change in mv). In this case, the momentum being reduced is that of the bungee jumper, who has a mass of m and is falling at a speed of v. Therefore, v in the equation refers to the speed of the jumper. The bungee cord itself does not have momentum in this situation, as it is not in motion.

According to the Impulse-Momentum Equation Ft = Change in Mv