Solution to HW problem with all work and explanation, please. A ball (A) of mass m = 0.10kg is introduced inside a launcher (see diagrambelow). The launcher exerts a time dependent force on the ball, which lasts for0.10s, during which the ball increases in velocity (from rest). The force isrepresented by the following function: F(t) = F(1+e100), where F = 100N.The ball leaves the launcher with velocity vo and moves on a frictionless surfaceuntil it hits a block (B) of identical mass m, initially at rest at the bottom of aninclined plane. They collide in a perfectly inelastic collision, and A becomesembedded in B. After the collision the system AB starts to go up the incline.VoA F(t)a) Determine the velocity of the ball as it leaves the launcher, vo.b) Determine the velocity of the system AB after A and B collide, vAB. If you didnot solve a) use vo = 109.999546 m/s.c) What is the final height of AB on the incline? Assume the incline is frictionlessand is as high as needed.m/s.If you did not solve b) use vAB = 54.999773

Name: Solution to HW problem with all work and explanation, please. A ball (
Uploaded: 2024-03-20T06:57:25.000Z
Channel: Bartleby
Description: Solution to HW problem with all work and explanation, please. A ball (A) of mass m = 0.10kg is introduced inside a launcher (see diagrambelow). The launcher exerts a time dependent force on the ball, which lasts for0.10s, during which the ball increa