Question

A sky diver jumps out of a hovering helicopter. A few seconds later, another sky diver jumps out, and they both fall along the same vertical line. Ignore air resistance, so that both sky divers fall with the same acceleration. Does the difference in their speeds stay the same throughout the fall? Does the verti- cal distance between them stay the same throughout the fall? If the two divers were connected by a long bungee cord, would the tension in the cord increase, lessen, or stay the same during the fall? ​

Answer 1

Answer:

A skydiver jumps out of a hovering helicopter. A few seconds later, another skydiver jumps out, so they both fall along the same vertical line relative ...

Top answer · 9 votes

Only acceleration the skydivers have = g Vertical distance, h = ut + 1/2*g* \(t^2 \) Since the initial velocity, u = 0 h =1/2*g* \(t^2 \) Here, 1/2, and