Directions: Provide the step-bystep solutions to the following problems. Write your answer on the back of this page. (2 items X 10 points) Problem: Given below are the distance graphs of a very large ball made of entangled rubber bands and a man dropped at a specied initial height from a ying Cessna. 1. Compute for the hall's total velocity if t = 0, and initial distance is 3700 m. Large Rubber Ball Freefall 4000.00 - 370 .00 3565.10- 3500 .00 3000 .00 I . 3445.50 'E 250000 2000 .00 - 1500.00 1000.00 500.00 0.00 2. Compute for the man's total velocity if t = 0, and initial distance is 3700 m. Skydiving Man Distance 400000 3100.00 368?.30 3505.39 | 338040 3500 .00 2980 .00 3000.00 5, 2500.00 a.) 2 2000.00 5 1500.00 1000.00 500.00 0.00