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Title: According to the impulse-momentum relationship Ft = change in mv, a falling bungee jumper has ... Post by: softballjunkie1 on Jul 12, 2018 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
A) jumper. B) cord. C) ground below. D) none of the above Title: According to the impulse-momentum relationship Ft = change in mv, a falling bungee jumper has ... Post by: Squash99 on Jul 12, 2018 Content hidden
Title: According to the impulse-momentum relationship Ft = change in mv, a falling bungee jumper has ... Post by: softballjunkie1 on Jul 12, 2018 Oh god, I was lost before coming here. Thanksss
Title: According to the impulse-momentum relationship Ft = change in mv, a falling bungee jumper has ... Post by: Squash99 on Jul 12, 2018 Great, make sure you mark the topic solved, it hides it from other eyes :)
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