Please show your steps clearly for a complete answer. Include units and signicant digits in the nal calculation. Some relevant formulas are given below. 1 a Total Energy = Total Kinetic + Total Potential Energy 0 d(t) = do + not + EatQ Problem A ball of mass 1 kg is loaded onto a spring launcher with spring constant of 1 N /m on top of a frictionless table. When the launcher is loaded the spring is displaced 10 cm from its equilibrium position. Determine the nal distance that the ball lands if the table is 1 meter high. Numerical answer is provided belowl Conceptual Understanding If we knew nal distance df where the ball lands, then we can determine the amount of force needed to load the spring. Please verify that this is true in a few sentences including a diagram or expression. (Example: Kinetic energy is transfered to potential energy KE } PE. ) 1:12; = 1.41 m