Law of Motion
Law of Momentum
Law of Inertia
Law of Conservation
An object in motion will eventually stop.
An object will change its state of motion unless a force is applied.
Every action has an equal and opposite reaction.
An object at rest stays at rest and an object in motion stays in motion unless acted upon by an external force.
The force required to stop an object.
The ability of an object to move faster.
The property of an object to resist changes in its state of motion.
The speed of an object due to gravitational effects.
The greater the mass, the greater the inertia.
Lighter objects have more inertia.
Mass does not affect inertia.
Mass and inertia are inversely proportional.
A running tap flowing water.
A book resting on a table until pushed.
A bird flying in the sky.
A car accelerating quickly.
Seat belts provide the force needed to stop passengers’ inertia in a sudden stop.
Seat belts increase the speed of the passengers.
Seat belts function as an energy absorber.
Seat belts help to increase the inertia of the car.
It will gradually stop due to its own inertia.
It will continue to move in a straight line at a constant speed.
It will move in a circular path.
It will accelerate indefinitely.
Friction is an external force that can stop or slow down moving objects.
Friction does not affect moving objects.
Friction increases the object's velocity.
Friction only acts on objects at rest.
The wind increases to counteract the motion.
Friction between the ball and the grass slows it down.
The ball runs out of kinetic energy.
Gravity pulls the ball to a stop.
No, only stationary objects have inertia.
Only objects in space have inertia.
Yes, it will continue its motion unless acted upon by an external force.
Inertia exists only for objects moving at constant velocity.
They are in freefall with forward velocity keeping them in orbit.
Satellites have no inertia.
Earth's gravitational pull pushes them away.
There is no gravity in space.
It would continue sliding indefinitely without stopping.
It would slow down rapidly.
It would immediately stop.
It would slide in a circular path.
Mass has no effect on the force required.
Less massive objects require more force.
More massive objects require a greater force.
All objects require the same force regardless of mass.
Gravity, friction, and applied forces.
Only gravity.
Only wind and water forces.
Electromagnetic forces only.
Yes, only moving objects have inertia.
No, it applies to objects at rest as well.
Only objects in fast motion experience inertia.
Inertia requires an object to be stationary.