obtain information about commonly used gadgets or devices which are based on principle of Newton's Law of Motion
Answers
Answer:
Here it is
Explanation:
Newton’s First Law of Motion
An object at rest tends to stay at rest and an object in motion tends to stay in motion. However either can be changed due to an application of force.
This law is essentially Galileo’s concept of inertia and is known simply as the Law of Inertia. Newton stated this law to set the parameters for his next two laws. I’ll use a Fidget Spinner for an example. Before spinning, the object would likely not start spinning on it’s own! However, after spinning one, it would continue to spin forever if it were not for the effects (forces) of friction and gravity. It would be ...(more)
Harkirat Singh
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Faiyaz Ptl
Faiyaz Ptl, B.E Aerospace and Aeronautical Engineering, Sardar Vallabhbhai Patel Institute of Technology (2019)
Answered Feb 7
Second law of motion " Rate of change of momentum of the body is directly proportional to the force acting on it."
Example:Fielder in a cricket match pulls his hand backwards to reduce impact of impulse force
Working of air bags to prevent the time of injury.
Objects in our room remain as it is unless a force as on it act.
If we shake a tree, the fruits at rest will fall down.
Third law of motion states " For every action there is equal and opposite reaction "
Example:
Working Principle of Rocket.
Recoil of a gun.
There are various gadget works on the basis of law of motion.
State of rest of a toy placing in a room shows the newton first law of motion as it states that "unless a body is moved by an unbalanced force the body will remain at it's position" Moreover a spacecraft moving in the orbit around earth will remain moving in space once starts moving in orbit.
Similarly air bags of the car work on the principal of second law of motion as the breaks are applied in order to prevent the injury.
Additionally, launching of a rocket is a perfect example of the third law of motion as it states " The action and reaction are equals but opposite in direction".
Rockets on launching exerts gaseous pressure towards ground as the reaction of which the opposite force help in launching of rocket.