Newton’s Third Law When one object exerts a force on a 2nd object, the 2nd object exerts an equal and opposite force on the 1st object. For every action,

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Presentation transcript:

Newton’s Third Law When one object exerts a force on a 2nd object, the 2nd object exerts an equal and opposite force on the 1st object. For every action, there is an equal and opposite _________.

Newton’s Third Law Action and Reaction Forces The force your bumper car exerts on the other car is the action force. The force the other car exerts on your car is the reaction force. These two forces are ______in size and opposite in direction.

Action-Reaction Forces Suppose you press your hand against a wall. Newton’s Third Law Action-Reaction Forces Suppose you press your hand against a wall. Your hand exerts an action force on the wall. The wall exerts an equal and opposite reaction force against your hand. A swimmer pushing against water is an action force. The reaction force acting on the swimmer causes motion through the water. Swimmer pushes against the water, and water pushes the swimmer.

Action-Reaction Forces Do Not Cancel Newton’s Third Law Action-Reaction Forces Do Not Cancel For the swimmer, why do the action and reaction forces not cancel each other and produce a net force of zero? The action and reaction forces do not act on the same object. Action force on water Reaction force on swimmer Only when equal and opposite forces act on the __________object do they result in a net force of zero.

__________is the product of an object’s mass and its velocity An object with large momentum is harder to stop than an object with small momentum. The momentum for any object at rest is zero. Units: Mass is measured in kilograms. Velocity is measured in meters per second. Momentum is measured in (kg x m)/s.

Momentum Which has more momentum, a 0.046-kilogram golf ball with a speed of 60.0 meters per second, or a 7.0-kilogram bowling ball with a speed of 6.0 meters per second?

Conservation of Momentum A closed system means other objects and forces cannot enter or leave a system. In a closed system, the loss of momentum of one object equals the gain in momentum of another object— momentum is ___________________. Law of conservation of momentum: if no net force acts on a system, then the total momentum of the system _________________________________.

Conservation of Momentum In each collision, the total momentum of the train cars does not change—momentum is conserved.

Conservation of Momentum In each collision, the total momentum of the train cars does not change—momentum is conserved.

Conservation of Momentum In each collision, the total momentum of the train cars does not change—momentum is conserved.