Which statement best explains why the two forces in a Newton's Third Law force pair do not cancel each other out?

One force occurs slightly after the other.

They act on two different objects.

One of the forces is always larger.

They are not perfectly opposite in direction.

When a baseball bat hits a baseball, the bat exerts a force on the ball. What does Newton's Third Law state about the force the ball exerts on the bat?

The ball exerts a smaller force on the bat because the ball has less mass.

The ball exerts a force in the same direction as the bat's swing.

The ball exerts an equal and opposite force on the bat.

The ball exerts no significant force on the bat.

The water pushing the swimmer's body forward.

The swimmer's hands pushing the water backward.

The force of gravity pulling the swimmer down.

The buoyant force of the water pushing the swimmer up.

50 Newtons in the same direction.

0 Newtons, as Object B only absorbs the force.

A force greater than 50 Newtons if Object B is larger.

50 Newtons in the opposite direction.

The force of gravity on a book and the upward normal force from the table supporting it.

A car's engine pushing the car forward and air resistance pushing the car backward.

A rocket's engine pushing hot gas down and the hot gas pushing the rocket up.

The forward force on a thrown ball and the force of gravity pulling it down.