A s B 3.766 h Sphere A with mass 1.8 kg is dropped from rest h = 9 m above the smooth ramp-shaped block (mB = 12 k 0 = 30°). The block is initially at rest on a smooth horizontal surface. 9 If the coefficient of restitution for the impact is e = 0.8, find how far the block has moved 4 seconds after the impact. Neglect the size of the sphere and assume the block remains in constant contact with the supporting surface. 0 ? x 0% m

A s B 3.766 h Sphere A with mass 1.8 kg is dropped from rest h = 9 m above the smooth ramp-shaped block (mB = 12 k 0 = 30°). The block is initially at rest on a smooth horizontal surface. 9 If the coefficient of restitution for the impact is e = 0.8, find how far the block has moved 4 seconds after the impact. Neglect the size of the sphere and assume the block remains in constant contact with the supporting surface. 0 ? x 0% m