Some possible questions related to the laws of motion include: What are Newton's three laws of motion? How do forces affect the motion of an object? How can we apply Newton's laws to analyze real-world situations?
Newtons second low of motion states that a force is equivalent to the product of mass and acceleration. A clear example is that it is easier to push something that is light than it is heavy. This is because it will accelerate faster with the same force applied.
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All the three Newtons laws of motion is applicable in the game of hockey. The ball stays where it is unless it is hit and given a force. The acceleration in the ball is proportional to the force given to it through the stick by the player. The ball when rebounds on the goal post is as per the third law of motion. As the stick, the ball and the post are rigid materials there is not much loss due to absorption.
Spring scales measure force, typically in units of newtons or pounds.
Some possible questions related to the laws of motion include: What are Newton's three laws of motion? How do forces affect the motion of an object? How can we apply Newton's laws to analyze real-world situations?
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Nothing
The first one sets the system of coordinates (inertial). The second one gives connection between the net force and the acceleration. The third one postulates than if a first object applies some force F to a second object. The second object is applying the same force F to the first object.
When you are riding on the front of someones bike and the bike stops but you still keep going. This is newtons 1st law.
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Most follow religious laws or else
Newton discovered the three laws of motion first- object will stay in its current state of motion or rest unless acted on by an outside force second- force= mass x acceleration third- every action has an equal and opposition reaction
Some examples of things that move back and forth include a swing, a pendulum, a rocking chair, and a seesaw.