Understanding Newton’s third law is crucial in analyzing and predicting the motion of objects in various scenarios. It helps explain phenomena like recoil in firearms or the backward movement of a boat when a sailor jumps out. By recognizing the ...

When a sailor jumps forward out of a rowing boat, the sailor exerts a forward force on the boat. In response, the boat exerts an equal and opposite force on the sailor, pushing them backward. This interaction illustrates the balance ...

Recoil refers to the backward movement of a firearm when it is fired, caused by the equal and opposite reaction force exerted on the gun by the bullet according to Newton’s third law of motion.

Due to the much greater mass of the gun compared to the bullet, the acceleration of the gun is much less than the acceleration of the bullet, even though both experience equal and opposite forces according to Newton’s third law.

When a gun is fired, it exerts a forward force on the bullet. Simultaneously, the bullet exerts an equal and opposite force on the gun, resulting in the recoil of the gun.

Understanding that when a person exerts a force on the road to start walking, the road exerts an equal and opposite force on the person’s feet demonstrates Newton’s third law of motion. The reactive force from the road allows the ...

Although action and reaction forces are always equal in magnitude, they may not produce accelerations of equal magnitudes because each force acts on a different object with potentially different masses. Acceleration depends not only on the force applied but also ...

The road reacts by exerting an equal and opposite force on the person’s feet. This reactive force from the road propels the person forward, enabling them to start moving.

No, when starting to walk, the force is exerted by pushing against the road in the opposite direction to the intended motion. This force creates the necessary acceleration according to Newton’s second law.

According to Newton’s second law of motion, to start walking on a road, a force is required to accelerate. This force is exerted by pushing against the road in the opposite direction to the intended motion.