1. The point where an object balances is its 2. If we multiply mass and velocity, we have 3. When the total is elastic. 4. The rotation of an object involves two motions: angular (radian per second). 5. The over time. 6. The centripetal force is not a type of physical force such as gravity or tension. It refers to the force experienced by an object as a consequence of the vector interactions of other forces acting on it. are the same before and after the collision it (along the circle) and of a rotating object refers to how its angular velocity changes 7. refers to the resultant of a force acting upon a rotating axis. It tends to cause an object to undergo angular acceleration and may change its rotational motion. 8. Newton's states that two objects attract each other with a force directly proportional to the product of their masses and indirectly proportional to the square of the distance between them. 9. Any type of motion that occurs and repeats at equal intervals is called 10. The maximum displacement per cycle described by the motion graph of an object undergoing periodic motion is refers to that object's. 11. is a special type of periodic motion wherein the restoring force involved is directly proportional in magnitude but opposite to the direction of the object's displacement,

1. The point where an object balances is its 2. If we multiply mass and velocity, we have 3. When the total is elastic. 4. The rotation of an object involves two motions: angular (radian per second). 5. The over time. 6. The centripetal force is not a type of physical force such as gravity or tension. It refers to the force experienced by an object as a consequence of the vector interactions of other forces acting on it. are the same before and after the collision it (along the circle) and of a rotating object refers to how its angular velocity changes 7. refers to the resultant of a force acting upon a rotating axis. It tends to cause an object to undergo angular acceleration and may change its rotational motion. 8. Newton's states that two objects attract each other with a force directly proportional to the product of their masses and indirectly proportional to the square of the distance between them. 9. Any type of motion that occurs and repeats at equal intervals is called 10. The maximum displacement per cycle described by the motion graph of an object undergoing periodic motion is refers to that object's. 11. is a special type of periodic motion wherein the restoring force involved is directly proportional in magnitude but opposite to the direction of the object's displacement,