DATA ANALYSIS: 1. If a 50.0 gram arrow were shot straight up with the bow stretched to the maximum displacement of your data, what would be the speed of this arrow as the arrow leaves the bowstring? (Solution scheme: since the energy from the bow is transferred to the arrow, the arrow now has kinetic energy. Thus, set the area calculated in step 3 equal to the equation for kinetic energy.. Don't forget to convert the mass of the arrow to kilograms. Your answer will yield a speed in m/s. Box your final answer) 2. How high (in meters) will the arrow rise if the arrow is shot straight up? (set area equal to the equation for gravitational potential energy and solve for the height. If you use kilograms for the mass, your answer will be in meters). Box your final answer. 3. Repeat the calculation in #2, but this time calculate the height of a 75 gram arrow. 4. If time permits, ask your instructor for directions on how to test your value obtained in #2 and #3