3. There are many kinds of forces in nature although there are two basic types: and _- However, this phrase is a 4. Newton's Laws of Force used to be called laws of misnomer because the laws operate even when an object does not move or objects exerting forces on each other are motionless. 5. "An object remains at 6. The state of being in constant velocity is called 7. "When a certain force is exerted upon an object. it moves with a proportional until an external force is applied to it." 8. Newton's Second Law of Force is also called the Law of 9. Mass and weight are not the same. Weight is essentially force due to exerted by a more massive object (for example, Earth) on another. 10. Acceleration due to gravity (g) is regardless of where you are on Earth's surface. 11. "When a body is in equilibrium, the sum of forces acting on it is 12. Another way of saying the third law is that for every action there is an equal but reaction. It must be emphasized that this law holds at the point of contact of the forces.

3. There are many kinds of forces in nature although there are two basic types: and _- However, this phrase is a 4. Newton's Laws of Force used to be called laws of misnomer because the laws operate even when an object does not move or objects exerting forces on each other are motionless. 5. "An object remains at 6. The state of being in constant velocity is called 7. "When a certain force is exerted upon an object. it moves with a proportional until an external force is applied to it." 8. Newton's Second Law of Force is also called the Law of 9. Mass and weight are not the same. Weight is essentially force due to exerted by a more massive object (for example, Earth) on another. 10. Acceleration due to gravity (g) is regardless of where you are on Earth's surface. 11. "When a body is in equilibrium, the sum of forces acting on it is 12. Another way of saying the third law is that for every action there is an equal but reaction. It must be emphasized that this law holds at the point of contact of the forces.