A) What is the jumper's weight (not mass)? b) what is the impulse due to thr jumper's weight between 1 and 2.5 s? c) if the area under the curve between 1 and 2.5 s is 2000 N*s (juml impulse), what is thr net impulse created by the jumper? d) what is the jumper's vertical velocity at takeoff? 1. Below is the vertical force vs. time curve for a countermovement jump. From 0 tol sec the jumper is stationary. From 1 to 2.5 see the jumper performs the jump. 2000 Force (N) D 1000 1 h 25 Time (s)

A) What is the jumper's weight (not mass)? b) what is the impulse due to thr jumper's weight between 1 and 2.5 s? c) if the area under the curve between 1 and 2.5 s is 2000 N*s (juml impulse), what is thr net impulse created by the jumper? d) what is the jumper's vertical velocity at takeoff? 1. Below is the vertical force vs. time curve for a countermovement jump. From 0 tol sec the jumper is stationary. From 1 to 2.5 see the jumper performs the jump. 2000 Force (N) D 1000 1 h 25 Time (s)