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This Concept Map, created with IHMC CmapTools, has information related to: Newton's 3rd Law, Momentum is mass x velocity, Newton's 3rd Law includes Conservation of Momentum, as mass & velocity increase example car/truck at same speed, truck has more momentum, Momentum increases as mass & velocity increase, as mass & velocity increase example 2 trucks (same) at different speed, faster truck has more momentum, Newton's 3rd Law includes Momentum, momentum can be transfered but always remains constant, = & opposite example sitting in a chair, occur in pairs and are = & opposite, force pairs but do not act on same object, ball falling to Earth-see the effect of Earth but not the ball due to 2nd Law, momentum can be transfered example if 2 cars collide & stay together=direction of largest momentum, sitting in a chair where action force=weight on chair reaction force=chair pushing up, Action& Reaction Forces where =forces don't always have= effects, Conservation of Momentum where momentum is conserved in collisions, always remains constant this is the law of conservation of momentum, force is related to change in momentum example pulling back a glove while catching a ball= less sting, mass x velocity or p=mv kg*m/s (+ direction), Conservation of Momentum where momentum can be transfered, momentum is conserved in collisions example cueball transfers some momentum to billiard ball