\f\fPost Lab: Data/Calculations Part 1 1. Fill in the data table (A) below based on the Atwood's Machine simulation. 3rd Mass Set 4th Mass Set 1 st Mass Set 2nd Mass Set N Pulley mass 1kg Block 1 mass 1kg - ~ Block 2 mass 2 kg - 2. 50 2. 86 Acceleration -2.86 - 3. 33 Pulley Weight 9.8 N (mg) 1. 50 14. 29 Tension 1 12.86 N 13 33 12. 50 12.86 Tension 2 14.29 N 13. 3 3 2. Draw a free-body diagram and set up the equations of motion for the first set of masses. N 3. Ball of Clay and Vertical Rod Collision. Use the tables (B) below to fill in all the data values used in the simulation for each run. Trial Ball Mass Rod Mass L Ball initial. l after Number (kg) (kg) (kg m2 / s ) Collision (kg 2. 21 74 1. 94 4 N 4. 4349 H N m 2.2174 26 6 65 1 1 08 72 5. 3533 Trial Initial Final T of Ay (m) Max Number velocity of velocity of oscillation angle, 0 Ball (m/s) Ball/Rod (rad/s) 2. 97 92 1 .7 9 5-2 1. 7 9 52 18, 23 H Nm 1.47 83 1.85 82 25 . 25 - - 2.47 92 1 83 16 1.75 14 13.31 2. 4 Tau 20 784 1.97 84 - 38, 17 Notes