ypes (s) You are designing a rudimentary pinball machine, and you want your targets to activate...

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ypes (s) You are designing a rudimentary pinball machine, and you want your targets to activate whenever the ball pushes the spring back. The target naturally rests at So 1.37 m. Your targets have a spring constant of k = 27.98 N/m, and the pinball has a mass m = 2.69 kg. Based on your design, you know that the angle of your playfield will be 0 = 11, and the ball will travel d 3.59 m from the starting point below at a speed of v = 4.75 m/s. For simplicity, assume the pinball is not rolling and just sliding on the smooth field without friction. How much will the spring be compressed before the ball stops on the ramp? Round your answer to 2 decimal places. ypes (s) You are designing a rudimentary pinball machine, and you want your targets to activate whenever the ball pushes the spring back. The target naturally rests at So 1.37 m. Your targets have a spring constant of k = 27.98 N/m, and the pinball has a mass m = 2.69 kg. Based on your design, you know that the angle of your playfield will be 0 = 11, and the ball will travel d 3.59 m from the starting point below at a speed of v = 4.75 m/s. For simplicity, assume the pinball is not rolling and just sliding on the smooth field without friction. How much will the spring be compressed before the ball stops on the ramp? Round your answer to 2 decimal places.