The document discusses Newton's laws of motion, including the laws of inertia, acceleration, and interaction. It explains that Newton's third law states that for every action there is an equal and opposite reaction. Examples provided include a car exerting a force on the ground as it moves, which causes an equal reactive force from the ground pushing the car forward. When jumping on a trampoline, a downward force is exerted on the trampoline, with an equal upward reactive force propelling the person into the air.

2. LAW OF INERTIA If there is no friction between the tires of the car and ignoring air resistance, a car will run with a constant speed and in straight line continuously.

3. LAW OF INERTIA Seatbelt is provided as safety measures for cars. This is to stop the inertia of the passenger once the car stops.

4. LAW OF ACCELERATION A car moves faster than the truck because according to Newton’s law of acceleration mass is inversely proportional to acceleration.

5. LAW OF INTERACTION As the ball bounces on the floor. The ball exerts a force on the floor at the same time the floor exerts a force on the ball with a force equal in magnitude but different in direction.

6. LAW OF INTERACTION A man walking on the floor moves forward because the floor pushes him forward as the man pushes the floor backward.

12. Prepared by: Group IV IV - Silang