1. Serena Williams is competing in a tennis 1 m match at Wimbledon, where she is about to serve. She can serve the ball at 57.52 m/s with a contact point 3.2 meters high at an angle of (-5)° to the horizontal. 大: 1.5 m Show all work, including the graphs (both axis labeled) for full credit. TENNIS COIT 12.5m d. wite a set of parametric equations that models the path of the ball hit by Serena as a function of time where t=0 represents the time at which the ball was hit by the racket. Consider the dimensions of the tennis court in the figure. b. Play can only continue if the net is cleared by the hit: if the net is 1m tall, and Serena served from a distance of 1.5 meters from the baseline, did Serena's serve clear the net? Justify your response with numerical data. C. For the serve to be successful, the ball not only has to clear the net but to also hit in bounds. If the ball cleared the net (part b), how far will the ball travel? How long will it take for the ball to hit the ground? d. Considering Serena was standing 1.5 meters from the baseline when she served, would the ball hit in bounds? Justify your response with numerical data.

1. Serena Williams is competing in a tennis 1 m match at Wimbledon, where she is about to serve. She can serve the ball at 57.52 m/s with a contact point 3.2 meters high at an angle of (-5)° to the horizontal. 大: 1.5 m Show all work, including the graphs (both axis labeled) for full credit. TENNIS COIT 12.5m d. wite a set of parametric equations that models the path of the ball hit by Serena as a function of time where t=0 represents the time at which the ball was hit by the racket. Consider the dimensions of the tennis court in the figure. b. Play can only continue if the net is cleared by the hit: if the net is 1m tall, and Serena served from a distance of 1.5 meters from the baseline, did Serena's serve clear the net? Justify your response with numerical data. C. For the serve to be successful, the ball not only has to clear the net but to also hit in bounds. If the ball cleared the net (part b), how far will the ball travel? How long will it take for the ball to hit the ground? d. Considering Serena was standing 1.5 meters from the baseline when she served, would the ball hit in bounds? Justify your response with numerical data.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Scalars and Vectors

Scalars and Vectors are the classification of physical quantities that are used to denote various terms in physics.

Question

1. Serena Williams is competing in a tennis
match at Wimbledon, where she is about
1 m
to serve. She can serve the ball at 57.52 m/s
with a contact point 3.2 meters high at an
angle of (-5)° to the horizontal.
大
1.5 m
Show all work, including the graphs
(both axis labeled) for full credit.
12.5m
d. write a set of parametric equations that models the path of the ball hit by Serena as a function of time wnere t-o
represents the time at which the ball was hit by the racket.
Consider the dimensions of the tennis court in the figure.
b. Play can only continue if the net is cleared by the hit: if the net is 1m tall, and Serena served from a distance of 1.5
meters from the baseline, did Serena's serve clear the net? Justify your response with numerical data.
C. For the serve to be successful, the ball not only has to clear the net but to also hit in bounds. If the ball cleared the
net (part b), how far will the ball travel? How long will it take for the ball to hit the ground?
d. Considering Serena was standing 1.5 meters from the baseline when she served, would the ball hit in bounds?
Justify your response with numerical data.

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