![]() The frequently asked questions based on Newton’s Third Law of Motion are as follows: It is the fundamental law that lets us understand how forces act between two objects. ![]() To sum up, we can say that Newton’s Third Law of motion is the fundamental law that describes the very nature of force and helps us understand the fact that “forces always occur in pairs”. Here to use the reaction for the upward movement of the rocket action is routed in the downward direction in accordance with Newton’s Third Law of Motion. As a reaction, the ground pushes it upwards, and the rocket moves upwards. This is the action exerted by the rocket on the ground. For the upward movement of the rocket, the fuel is burnt, which creates hot and highly compressed gases that are made to escape through a nozzle in the downward direction.The concept of Newton’s Third Law of Motion helps the fireman understand the reason behind the backward movement of the hosepipe when water moves from it in the forward direction. To hold the hosepipe at the proper position, the fireman needs adequate training. So the hosepipe moves backwards when water moves in the forward direction. Here, the water gushes out at high speed from the hosepipe in the forward direction, which is the action its reaction in the backward direction is exerted on the hosepipe. The powerful stream of water coming out of the hosepipe of a fire engine to extinguish fire exerts a force on the hosepipe.Thus, the concept of Newton’s Third Law of Motion helps the person understand this backward movement of the gun while firing. The person holding the gun needs sufficient training to handle this backward movement of the gun. Due to this reaction, the gun recoils and moves backwards through a small distance. The gun exerts action on the bullet in the forward direction, and in return, the bullet exerts reaction in the backward direction on the gun. When the bullet is fired from a gun, the bullet going forward at high speed will exert a lot of force on the person holding the gun.Newton’s Third Law of Motion finds many applications in our day-to-day life. Mathematically it can be written asĪpplications of Newton’s Third Law of Motion If object A exerts a force \(\) are opposite to each other. ![]() Let us consider the case of two objects: object \(A\) and object \(B\). Newton’s Third Law of Motion connects the forces exerted by the bodies on one another. Let us check out the answer to these questions in the coming passage. Newton’s Third Law of Motion tells us about the nature of the force, what happens when a body exerts the force on the other body, what are the directions of the forces during the interaction of two bodies as well as what will be the magnitude of the forces in relation to each other. Hence, Newton’s First Law of Motion describes force, Newton’s Second Law of Motion gives the measurement of force, and Newton’s Third Law of Motion relates the forces between two interacting bodies. ![]() Newton’s Third Law of Motion: According to this law, when two bodies interact, the forces on the bodies from each other are always equal in magnitude and opposite in direction. Newton’s Second Law of Motion: According to this law, the net force on a body is equal to the product of the mass of the body and the acceleration of the body. Newton’s First Law of Motion: According to this law, if no net force acts on a body, then the velocity of the body cannot change that is, the body cannot accelerate. Newton’s Third Law of Motion is one of the three Newton’s Laws of Motion so let us first refresh our knowledge about the Laws of Motion and then further take the specific case of Newton’s Third Law of Motion in detail.
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