Two objects, x and y, move toward one another and eventually collide. object x has a mass of 2m and is moving at a speed of 2v0 to the right before the collision. object y has a mass of m and is moving at a speed of v0 to the left before the collision. which of the following describes the magnitude of the forces f the objects exert on each other when they collide? a. the force exerted by x on y is 4f to the right, and the force exerted by y on x is f to the left. b. the force exerted by x on y is 2f to the right, and the force exerted by y on x is f to the left. c. the force exerted by x on y is f to the right, and the force exerted by yon x is f to the left. d. the force exerted by x on y is f to the left, and the force exerted by y on x is f to the right.

The force exerted by object X on Y is 4F to the right and the force exerted by object Y on X is F to the left.

The given parameters;

The force exerted by the object Y is calculated as follows;

where;

t is the time of impact

The force exerted by the object X is calculated as follows;

Thus, we can conclude that the force exerted by object X on Y is 4F to the right and the force exerted by object Y on X is F to the left.

Learn more here:link

The force exerted by object X on Y is 4F to the right. And the force exerted by object Y on X is F to the left. Hence, option (a) is correct.

Given data:

The mass of object X is, 2M.

The initial velocity of X is, .

The mass of object Y is, M.

The initial velocity of Y is, .

Applying the concept of impulse-momentum to obtain average force by object X as,

............................................................(1)

Here, t is the reaction time.

Similarly,  average force by the object Y is,

...................................................................(2)

Taking ratio of equation (1) and (2) as,

Thus, we can conclude that the force exerted by object X on Y is 4F to the right. And the force exerted by object Y on X is F to the left. Hence, option (a) is correct.

Learn more about the impulse-momentum theorem here:

link

explanation:

could i give you a exaplo that could you?

a displacement distance is size of displ