A person with mass m is skateboarding across level ground on earth with a speed vo when they come to a small slope that raises them a distance h higher than ground level over a distance d, as shown in the figure below. A frictional force with magnitude F, is also acting on the skateboard opposing the direction of motion as it travels up the slope. オ d a) Derive an expression using the defined variables (and g) for the speed of the they reach the top of the slope. b) If the person's mass m= person after 50 kg, their initial speed is vo 3 m/s, the slope raises them h= 2 m over a distance of d = 6 m and the magnitude of the force of friction is F, =4 N, what is their speed at the top of the slope?

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Chapter1: Units, Trigonometry. And Vectors
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A person with mass m is skateboarding across level ground on earth with a speed vo when they
come to a small slope that raises them a distance h higher than ground level over a distance d, as
shown in the figure below. A frictional force with magnitude F, is also acting on the skateboard
opposing the direction of motion as it travels up the slope.
オオ
h
a) Derive an expression using the defined variables (and g) for the speed of the person after
they reach the top of the slope.
b) If the person's mass m=50 kg, their initial speed is vo = 3 m/s, the slope raises them
h= 2 m over a distance of d 6 m and the magnitude of the force of friction is
F, = 4 N, what is their speed at the top of the slope?
%3D
Golf Course
Transcribed Image Text:A person with mass m is skateboarding across level ground on earth with a speed vo when they come to a small slope that raises them a distance h higher than ground level over a distance d, as shown in the figure below. A frictional force with magnitude F, is also acting on the skateboard opposing the direction of motion as it travels up the slope. オオ h a) Derive an expression using the defined variables (and g) for the speed of the person after they reach the top of the slope. b) If the person's mass m=50 kg, their initial speed is vo = 3 m/s, the slope raises them h= 2 m over a distance of d 6 m and the magnitude of the force of friction is F, = 4 N, what is their speed at the top of the slope? %3D Golf Course
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