If you apply the exact same pushing force to a basketball and a bowling ball, which ball will experience a greater acceleration?

Neither, they will accelerate at the same rate

A skateboarder is standing still and then pushes off a heavy brick wall to start moving backward. Which statement correctly describes the forces involved in this action?

The skateboarder pushes on the wall with more force than the wall pushes on the skateboarder.

The wall does not push back; the skateboarder moves because of their own effort.

The skateboarder and the wall push on each other with equal and opposite force.

The wall pushes on the skateboarder with more force, causing the skateboarder to move away.

They must have been moving at the same speed.

They must be made of the same material.

One object must have been stationary.

The truck exerts a greater force on the car, causing the car to have a greater change in velocity.

The forces they exert on each other are equal, but the car experiences a greater change in velocity because it has less mass.

The forces are equal, which means both the car and the truck experience the same change in velocity.

The car, being smaller, absorbs more of the force, leading to a greater change in its own velocity.