Use your 3D spring program to answer the following question. Make sure you enter

Question

Use your 3D spring program to answer the following question. Make sure you enter the following initial conditions. Suppose the block is initially motionless at the position (0.1,0.05 ,0) m. Release the block and examine the motion of the block and select all that are correct correct. 0 The z-component oscillation amplitude increases. The 2-component stays the same. The oscillation stays in a plane. The and y components do not change with time. Submit Answer Save Progress Practice Another Version 0M points I Previous Answers My Notes Change the initial conditions so that the block is initially motionless at the position (0.05,0.05,0.1) m. Examine the motion of the block and select all that are correct. The x and y components do not change with time. The oscillation stays in a plane The z-component stays the same The z-component oscillation amplitude increases. 0/1 points | Previous Answers My Notes How can you change the initial conditions so that the black does not oscillate in a plane? Select all that will work. Start the block at the equilibrium position, but give it an initial velocity. Displace the block to the side and give the block an initial velocity in a direction in the plane defined by the equilibrium position, the support point and this initial position (recall that three points define a plane). Displace the block to the side and give the block an initial velocity in a direction out of the plane defined by the equilibrium position, the support point and this initial position (recall that three points define a plane)

Explanation / Answer

1) The z-component stays the same.

The oscillation stays in a plane.

2) The oscillation stays in a plane.

3) Displace the block to the side and give the block an initial velocity in a direction out of the plane defined by the equilibrium position, the support point and this initial position (recall that three points define a plane).

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