Conservation of Momentum IV A bullet (mass m) is fired horizontally into a heavy block (mass M) that is hanging from the ceiling. The bullet becomes embedded into the block and together the bullet and block swing upward. Assume the block weighs more than the bullet. The system contains the bullet and the block. MIDDLE FINAL INITIAL ty + x M D Vf D Vm a. Draw two bar graphs to represent conservation of momentum between the initial and middle pictures. x-direction y-direction Initial Momentum + Impulse =Middle Momentum Initial Momentum + Impulse =Middle Momentum Pxo Pxo JX Pxin + Pxm Pyo + Pyo Pym + Pym bullet block bullet block bullet block bullet block b. Draw two bar graphs to represent conservation of momentum between the middle and final pictures. x-direction y-direction Middle Momentum + Impulse = Final Momentum Middle Momentum + Impulse = Final Momentum Pxm + Pym JX = Pxf Pxf Pym + Pym bullet block bullet block bullet block Pyf + Pyf bullet block C. Write the equation corresponding to each graph. Define any symbols that you use in your equations. d. Suppose that values for M, i, and Vo are provided. What other quantities can be determined from the equations you wrote