A 90 kg Army Ranger trainee jumps out of a mechanically sound aircraft of their own free will. They quickly accelerate up to their terminal velocity of 60 m/s and then deploy their chute. The force of air resistance on their "system" (trainee and chute) can be characterized as: Fdrag = 0.25v2 Newtons, where v is the velocity of the trainee. After they deploy their chute, how far will they fall before they slow down to 10 m/s?

A 90 kg Army Ranger trainee jumps out of a mechanically sound aircraft of their own free will. They quickly accelerate up to their terminal velocity of 60 m/s and then deploy their chute. The force of air resistance on their "system" (trainee and chute) can be characterized as: Fdrag = 0.25v2 Newtons, where v is the velocity of the trainee. After they deploy their chute, how far will they fall before they slow down to 10 m/s?