Unbalanced forces cause changes in the motion of objects, and these changes can be predicted and described through Newton's Laws of Motion.
This video gives specific explanation of F=ma as well as an overview of Newton's Three Laws of Motion.
This video explains that objects at rest or ones in motion will stay that way. Acceleration depends on mass and force applied. For every action there's an opposite and equal reaction.
This video gives a description of Newton's First Law of Motion including examples from the International Space Station.
This video explains Newton's Second Law of Motion.
This video is an overview of Newton's Three Laws of Motion.
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This video differentiates between speed and velocity.
This video explains acceleration and provides examples.
This video explains Newton's First Law of Motion and reviews balanced and unbalanced forces.
This video illustrates Newton's Three Laws of Motion.
Force and Motion
This link provides facts, links, games, and other resources. Newton's Laws of Motion This clip demonstrates how Newton's three laws of motion affect all movement in the universe. An explanation is provided and examples are given of how Newton's laws of motion govern activities in our everyday lives. Science of the NFL Football These short clips demonstrate speed, velocity, acceleration and Newton's Laws of Motion using a football. Motion This link begins with an overview of motion and then describes forces, vectors, and the laws of motion. Newton and the Laws of Motion This link describes Newton's Laws and related them to amusement park rides. Newton's Laws of Motion This link illustrates and explains Newton's Three Laws of Motion. It includes a quiz at the end with the answers. |