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[30 points] A 0.5 kg ball experiences the one-dimensional, conservative force Fx as shown in Figure 1. The corresponding potential energy versus x is is

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[30 points] A 0.5 kg ball experiences the one-dimensional, conservative force Fx as shown in Figure 1. The corresponding potential energy versus x is is shown in Figure 2. No friction involves throughout the path. The ball has a total energy of 60.0 J and the zero potential reference is at x = 0 m. [Answer in 3 significant figures] F, versus x 30 10 Fx (N) x (m) Figure 1 Conservative force versus positionPotential energy versus x A B U (J) C x (m) Figure 2 Potential energy versus positiona} [2 pts] Which label indicate a stable equilibrium? b} [5 rate] What is the in: value at label B where potential energy is. zero? :2} [12 pts] What is. the maximum Speed of the ball? cl} [3 pta] What is the potential energy;r at the ball at x = 10 m? e} [3 pts] Where is the turning point of the ball if there is ene

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