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Answer :
Final answer:
The rifling in the barrel of a rifle spins the bullet, stabilizing it in flight and allowing it to maintain a straight path towards its target. This spinning is a principle of physics known as the gyroscopic effect.
Explanation:
The inside component of a rifle that causes a bullet to spin towards its target is called the rifling. Rifling consists of a set of grooves that are cut or pressed into the inside (bore) of the rifle's barrel. When a bullet is fired, the rifling causes the bullet to spin as it moves down the rifle barrel. This spinning motion, also known as the gyroscopic effect, stabilizes the flight of the bullet and helps it to maintain a straight and accurate path towards its target.
It's worth noting that the spinning of a bullet (or any object in motion) is a principle of physics. This is similar to how a spun bowling ball or a spinning tin can on the edge of a disk maintain their motion thanks to the centrifugal force provided by the spin.
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