laws of motions

Introduction - Newton's Law of Motion - Whenever we push or pull an object, we do so by means of a force. Force is an interaction between two bodies which causes acceleration, or simply, motion..

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We shall now study about the exact relation between the force applied and the motion of the object on which the force is applied. This was studied by Sir Issac Newton. He gave the three basic laws of motion concerning objects in motion..

Introduction - Newton's Law of Motion - Whenever we push or pull an object, we do so by means of a force. Force is an interaction between two bodies which causes acceleration, or simply, motion. The relationship between force, acceleration and motion was stud..

Whenever we push or pull an object, we do so by means of a force. Force is an interaction between two bodies which causes acceleration, or simply, motion. The relationship between force, acceleration and motion was studied by Sir Isaac Newton and was compactly compiled and expla..

Newton's Third Law of Motion - Suppose you are watching the lift off of a space-shuttle. You hear a deafening roar and see burning gases shooting from the exhaust vents of the rockets. At that moment, the space shuttle system moves slowly upward. You can infer that the force for..

Gravitation..

Earlier we have mentioned that application of force can change the velocity of the moving object. Let us suppose that a body of mass 'm' is moving with a velocity 'u'. When a force F is applied on the body for 't' seconds, the velocity changes from the initial velocity 'u' to the final velocity 'v'..

Newton's First Law of Motion - Every body continues in its state of rest or of uniform motion in a straight line unless compelled by some external force to act otherwise. It is a matter of common experience that objects at rest do not begin to move of their own accord...

. Based on such examples of action and reaction forces, Sir Issac Newton gave the third law of motion To every action there is an equal and opposite reactio..