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

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The impulse-momentum relationship is described by Ft = change in mv, where F represents the force, t represents time, m represents the mass of the object, and v represents the final velocity of the object after a certain time. In the case of a falling bungee jumper, the force exerted by the bungee cord reduces the momentum of the jumper. Therefore, the mass (m) in the equation refers to the mass of the jumper.

According to the Impulse-Momentum Relationship Ft = Change in Mv,a