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]

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).

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?

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.

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?

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: 

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

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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Consider the following expression: Step 1: The given expression is a polynomial.  Determine the type of polynomial.  This polynomial is a .    Step 2: Determine the degree and the leading coefficient of the polynomial.  This polynomial is degree and so the leading coefficient should be .