Acart traveling at 0.3 m/s collides with stationary object. after the collision, the cart rebounds in the opposite direction. the same cart again traveling at 0.3 m/s collides with a different stationary object. this time the cart is at rest after the collision. in which collision is the impulse on the cart greater?

a. the impulses are the same.

b. the second collision.

c. the first collision.

d. cannot be determined without knowing the mass of the cart.

e. cannot be determined without knowing the rebound speed of the first collision.

We have that from the Question"" it can be said that The impulse of the two scenarios changed the motion with same force and at same time

Therefore

The impulses are the same.

Option A

From the Question we are told

A cart traveling at 0.3 m/s collides with stationary object. After the collision, the cart rebounds in the opposite direction. The same cart again traveling at 0.3 m/s collides with a different stationary object. This time the cart is at rest after the collision. In which collision is the impulse on the cart greater?

A. The impulses are the same.

B. The second collision.

C. The first collision.

D. Cannot be determined without knowing the mass of the cart.

E. Cannot be determined without knowing the rebound speed of the first collision.

Generally

impulse is defined as the force on a body in motion over time

The impulse of the two scenarios changed the motion with same force and at same time

Therefore

The impulses are the same.

Option A

For more information on this visit

link

C.   In the first collision has twice the momentum as when it stays still ( second colllions)

Explanation:

To see which statement is correct, it is best to solve the problem, the momentum is equal to the variation of the moment

     I = Δp = m vf - m v₀

     I = m (vf -v₀)

Case 1. In car bounces, the initial speed is 0.3 m / s, say that this direction is positive, when the magnitude of the speed bounces it remains constant, but its direction is reversed (vf = -0.3 m / s)

    I₁ = m (-0.3 - 0.3)

    I₁ = -0.6 m

Case 2. The expensive one that still after the crash so its speed is zero (vf = 0)

    I₂ = m (0 - 0.3)

    I₂ = -0.3 m

Let's calculate the relationship between the two impulses

     I₁ / I₂ = -0.6m / -0.3m

     I₂ / I₂ = 2

When it bounces it has twice the momentum as when it stays still

Now let's analyze the answers:

A.   False The momentum changes

B. False. The momentum is less in the second collision

C. True.  The momentum is double in this collision

D. False. Can be calculated, because the mass is the same throughout the exercise and is eliminated in the equations

E. False.  When they say bounces it implies the same speed with the opposite direction

the plateau is likely to turn into a desert do to corrosion.

i think it's 35 meters