Velocity & Acceleration v Time Graphs for Uniform Acceleration

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Over the time frame shown, the cart is:

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Calculate the slope of the line and determine the appropriate units for the slope. .
Slope =

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Calculate the area under the curve.
Area = m

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How would you complete this sentence?
The area under the curve represents the of the cart from zero until six seconds.

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If you were to draw an Acceleration versus Time graph for this motion, which of the following would best describes the slope of your graph?

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Calculate the area under your Acceleration versus Time curve.
Area = m/s

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A biker is moving along a straight road as shown.
The three graphs represent the motion of the biker during three training exercises, A, B, and C.
Rank the magnitude of the instantaneous acceleration of the biker at the time indicated by the points on the graphs.

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A galloping horse has a speed of 12 m/s at t = 0. After 50 s its speed is 8 m/s.
Draw a Velocity-Time graph on your own paper to represent the motion of the horse and use the graph to answer the following two questions. Assume that the acceleration of the horse is uniform.
Use your graph to calculate the displacement of the horse.

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A galloping horse has a speed of 12 m/s at t = 0. After 50 s its speed is 8 m/s.
Draw a Velocity-Time graph on your own paper to represent the motion of the horse and use the graph to answer the following two questions. Assume that the acceleration of the horse is uniform.
Use your graph to calculate the average acceleration of the horse.

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The Acceleration versus Time graph below represents the motion of a hockey player.
Use the graph to determine the change in velocity of the player from 2 to 16 s.

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A tennis ball is thrown up in the air and caught on the way down. A student draws the two graphs (A and B) that show the Velocity versus Time of the motion of the ball. Which graph shows the greater magnitude of the displacement of the ball?

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Is the object speeding up, slowing down, or changing direction at each of the following times?
At t=1s, the object is ( slowing down, speeding up, changing direction )
At t=3s, the object is ( slowing down, speeding up, changing direction )
At t=5.5s, the object is ( slowing down, speeding up, changing direction )

Quiz on velocity-time and acceleration-time graphs for uniform acceleration.

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Velocity & Acceleration v Time Graphs for Uniform Acceleration

Velocity & Acceleration v Time Graphs for Uniform Acceleration

Over the time frame shown, the cart is:

Calculate the slope of the line and determine the appropriate units for the slope. . Slope =

Calculate the area under the curve. Area = m

How would you complete this sentence? The area under the curve represents the of the cart from zero until six seconds.

If you were to draw an Acceleration versus Time graph for this motion, which of the following would best describes the slope of your graph?

Calculate the area under your Acceleration versus Time curve. Area = m/s

A biker is moving along a straight road as shown. The three graphs represent the motion of the biker during three training exercises, A, B, and C. Rank the magnitude of the instantaneous acceleration of the biker at the time indicated by the points on the graphs.

The Acceleration versus Time graph below represents the motion of a hockey player. Use the graph to determine the change in velocity of the player from 2 to 16 s.

A tennis ball is thrown up in the air and caught on the way down. A student draws the two graphs (A and B) that show the Velocity versus Time of the motion of the ball. Which graph shows the greater magnitude of the displacement of the ball?

Calculate the slope of the line and determine the appropriate units for the slope. .
Slope =

Calculate the area under the curve.
Area = m

How would you complete this sentence?
The area under the curve represents the of the cart from zero until six seconds.

Calculate the area under your Acceleration versus Time curve.
Area = m/s

A biker is moving along a straight road as shown.
The three graphs represent the motion of the biker during three training exercises, A, B, and C.
Rank the magnitude of the instantaneous acceleration of the biker at the time indicated by the points on the graphs.

The Acceleration versus Time graph below represents the motion of a hockey player.
Use the graph to determine the change in velocity of the player from 2 to 16 s.