1. In Figure 1, draw a FBD of the tennis ball (at that exact spot) and...

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1. In Figure 1, draw a FBD of the tennis ball (at that exact spot) and then calculate the tension in the rope. Use 50 m/s for velocity and a radius of 0.8 m. Provide me with a rope that you would use. Then, generate a plot of tension vs. velocity (only want the plot) for velocities from 5 to 80. Explain the relationship. Peak acceleration = 368G Figure 1: Flywheel Trebuchet by Tom Stanton. 1. In Figure 1, draw a FBD of the tennis ball (at that exact spot) and then calculate the tension in the rope. Use 50 m/s for velocity and a radius of 0.8 m. Provide me with a rope that you would use. Then, generate a plot of tension vs. velocity (only want the plot) for velocities from 5 to 80. Explain the relationship. Peak acceleration = 368G Figure 1: Flywheel Trebuchet by Tom Stanton.