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sedaw
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When 2 objects placed one on each other and one of them pulled, the second will move in a contrary way.
there is a way to proof it with Newtons law ?
tnx .
there is a way to proof it with Newtons law ?
tnx .
sedaw said:When 2 objects placed one on each other and one of them pulled, the second will move in a contrary way.
there is a way to proof it with Newtons law ?
tnx .
sedaw said:if the force F will work on the object A and make em move to the right side the object B will move or aspire to move to the left.
sedaw said:so the friction cause to the movment ?
Contrary movement refers to the motion of two objects moving in opposite directions at the same time.
Newton's Law of Motion states that for every action, there is an equal and opposite reaction. This means that when two objects are moving in opposite directions, the force exerted by one object on the other is equal in magnitude but opposite in direction. This can be used to prove contrary movement.
An example of contrary movement in everyday life is when a person is walking on a moving train. The person and the train are moving in opposite directions, but the person is still able to walk forward on the train.
Yes, contrary movement can occur in a vacuum. In fact, Newton's Law of Motion applies to all objects in motion, regardless of the presence of air or other external forces.
Contrary movement involves two objects moving in opposite directions, while counteracting forces involve two forces acting in opposite directions on the same object. While both involve opposite directions, contrary movement refers to the motion of objects, while counteracting forces refer to the forces acting on an object.