Try It Yourself etice 7.3: Analyzing with LOLOL Diagrams picture at the right shows a bullet of mass 30 a initially traveling upward at 150 m/s into a stationary block of mass M Had a The bullet sticks into the block Create an LOLOL Diagram and use that and appropriate Conservation Equations to solve for the maximum height reached by the bullet + block. LOOKTY Q2: Add in Wen The picture at the right shows a bullet of mass 30 g initially traveling horizontally at 150 m/s into a stationary block of mass 350 g. The bullet sticks into the block and the block # bullet slide a distance D = 4 m over a rough surface before coming to rest, M Create an LOLOL Diagram and use that and appropriate Conservation Equations to solve for the coefficient of friction, Note: LE changes on each L. C Q3 The picture at the right shows two identical blocks, each with unknown mass M. One block is dropped from an unknown height H. it proceeds to slide down a frictionless ramp and undergo a perfectly inelastic collision with the other block. The blocks then slide a distance D - 32 meters in 8 seconds. Create an LOLOL Diagram and use that and appropriate Conservation Equations to solve for H. DEC