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Multiple Choice Question A car travels along the track shown…

Multiple Choice Question A car travels along the track shown with constant speed. At which point will the car have the maximum acceleration. 

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Multiple Choice Question A 1000-lb boulder B is resting on a…

Multiple Choice Question A 1000-lb boulder B is resting on a 200-lb platform A when truck C accelerates towards the left with constant acceleration. Which of the following are true?

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Long Question B: subpart How many Degrees of Freedom (DOFs)…

Long Question B: subpart How many Degrees of Freedom (DOFs) does the system have? Choose the appropriate answers from the dropdown menus below. # DOF [Number_of_Position_Variables]

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Long Question B: subpart Draw the free body diagrams (FBDs)…

Long Question B: subpart Draw the free body diagrams (FBDs) for the block () and the pendulum (). Note: Do not enter anything in the text box below. Draw the FBDs in your paper and submit it with your written work (it will be graded manually).

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Multiple Choice Question Two cars are approaching an interse…

Multiple Choice Question Two cars are approaching an intersection at constant speeds as shown. What velocity will car B appear to have to an observer in car A?

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Long Question B: subpart Select the correct number of unknow…

Long Question B: subpart Select the correct number of unknown variables for the system of equations. Choose the appropriate answers from the dropdown menus below.

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Multiple Choice Question Marble A is placed in a hollow tube…

Multiple Choice Question Marble A is placed in a hollow tube and the rube is swung in a horizontal plane causing the marble to be thrown out. As viewed from the top, which of the following choices best describes the path of the marble after leaving the tube?

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Multiple Choice Question Blocks A and B are released from re…

Multiple Choice Question Blocks A and B are released from rest as shown. Neglecting friction, the normal force between block A and the ground is: 

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Long Question B: subpart What are the kinetic equations for…

Long Question B: subpart What are the kinetic equations for the block ()? Choose the appropriate answers from the dropdown menus below.

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Long Question A: subpart Determine the radial component of t…

Long Question A: subpart Determine the radial component of the acceleration at point A. Note that the sign of the answer is important.

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