If the same amount of braking force is applied to two moving objects, one with a low mass and one with a high mass, how will their change in velocity (deceleration) differ?

The high-mass object will have a greater change in velocity.

The low-mass object will have a greater change in velocity.

Both objects will have the same change in velocity.

Neither object will experience a change in velocity from the force.

Imagine the pod's thrusters were upgradeable. To safely stop the heavier-than-expected pod in the *same amount of time* as a standard pod, the thrusters would need to have...

produced a smaller amount of force.

weighed less to reduce the total mass.

produced a greater amount of force.

activated for a much shorter duration.

The force an object exerts due to gravity.

The speed at which an object travels through space.

An object's resistance to any change in its state of motion.

The amount of energy an object has because of its movement.

The tennis ball will be harder to stop because it is smaller.

The bowling ball will be harder to stop because its greater mass gives it more inertia.

Both will be equally easy to stop because their initial velocity was the same.

The bowling ball will stop faster because its weight helps create more friction.