Instructions: Show your work for each question. Follow the Problem Solving Techniques to neatly answer the entire question (i.e., make sure you label your coordinate axis frame). Use SI Units unless otherwise indicated. Each question is worth 10 points. 1. A toy cannon (ma = 2 kg) is mounted to two fixed horizontal rails on which it can slide to the left or right with negligible friction. The cannon fires a ball (mb = 0.025 kg) with a muzzle speed of Vb,f = 40 m/s at an angle of 0 = 60' above the horizontal. Initial State Final State lubrl = 40m 60 = 60 la. What type of collision is this? DOACmpeL TY 5053 ByITSOS3 1b. Is the total momentum of the system conserved during the firing of the cannon? Explain.1 c. Draw a coordinate axis frame with directions and break down the final velocity vector for the cannon ball into its projections along the coordinate axis frame. mass my of 50 kg and sits somewhere on the see saw to the 3.m 1d. Write down the 2-D conservation of momentum equation as two 1-D equations (one along each of the coordinate axis frame directions). le. What is the final recoil speed of the toy cannon