An automobile weighing 5000 N is driven down a 7° incline at a speed of 88 m/s as shown in the figure below. When the brakes are applied causing a constant total braking force of 1500 N. Determine the distance traveled by automobile as it comes to a stop. (Use the principle of work and energy). V = 88 m/s V2 = 0 -x- Beer,2013

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Chapter1: Units, Trigonometry. And Vectors
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An automobile weighing 5000N is driven
down a 7° incline at a speed of 88 m/s as
shown in the figure below. When the brakes
are applied causing a constant total braking
force of 1500N.
Determine the distance traveled by automobile
as it comes to a stop. (Use the principle of
work and energy).
V = 88 m/s
V2 =0
Beer,2013
O a. 1567.45 m
O b. 2215.78 m
O c. 1371.67 m
O d. 1643.82 m
Transcribed Image Text:An automobile weighing 5000N is driven down a 7° incline at a speed of 88 m/s as shown in the figure below. When the brakes are applied causing a constant total braking force of 1500N. Determine the distance traveled by automobile as it comes to a stop. (Use the principle of work and energy). V = 88 m/s V2 =0 Beer,2013 O a. 1567.45 m O b. 2215.78 m O c. 1371.67 m O d. 1643.82 m
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