1. The problem statement, all variables and given/known data A monkey is swinging a coconut of 1 k in a pendulum like motion. When the monkey's motion is at the bottom of its swing it is .6 m above the ground. He releases the coconut when it it is in this position when the force is 250 N and it travels 10 meters before hitting the ground. What is the length of the monkey's arm? 2. Relevant equations 3. The attempt at a solution So first is to find the velocity of the coconut, which I need to find the time of flight first. -0.6m=-.5(9.81(t^2) and got t to equal .350 seconds. To find the velocity used 10m=V(.350) with V=28.57m/s. 250N=1kg*(28.57^2/r) r=3.27m So the monkey's arm is 3.27 m long?