A small car and a large truck collide head-on. During the collision, how does the magnitude of the force the truck exerts on the car compare to the force the car exerts on the truck?

The force of the truck on the car is greater.

The force of the car on the truck is greater.

The forces are only equal if they are traveling at the same speed.

During a collision, the force a bat exerts on a baseball is measured to be 1,000 Newtons. What is the magnitude and direction of the force the baseball exerts on the bat at that same instant?

Less than 1,000 Newtons, in the opposite direction of the bat's swing.

Exactly 1,000 Newtons, in the same direction as the bat's swing.

Greater than 1,000 Newtons, because the ball rapidly accelerates away from the bat.

Exactly 1,000 Newtons, in the opposite direction of the force the bat applies.

They move backward, but only after the ball has landed.

Skater A exerts a larger force, so Skater B has a larger acceleration.

They experience equal and opposite forces, but Skater A has a larger acceleration.

They experience equal and opposite forces, but Skater B has a larger acceleration.

They experience equal forces and equal accelerations, moving apart at the same speed.

The forces are equal in magnitude and act in the same direction on the same object.

The forces are equal in magnitude but act in opposite directions on the two different objects.

The larger object exerts a greater force than the smaller object.

The force is transferred completely from the moving object to the stationary object.