Amount of Energy from Bullet fired from different weapon

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    Bullet Energy
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The energy of a bullet fired from a gun and a rifle with the same linear velocity is theoretically equal, calculated using the formula E = ½·m·v². However, a rifle bullet may possess slightly more energy due to additional rotational energy. The rifle's design allows for greater accuracy and distance, not solely due to energy but also because it experiences less air resistance. This reduced tumbling contributes to its superior performance compared to bullets fired from guns. Overall, while the energy may be similar, other factors influence the effectiveness of the bullets.
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How we differentiate the amount of Energy of a bullet fired by a gun and a rifle with same linear velocity?

do they posses the same energy ? or rifle has more energy than gun.
 
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The energy of the bullet would be E = ½·m·v²

So for the same m and v the energy would be equal, regardless of how the bullet was fired.
 
hi abrowaqas! :smile:
abrowaqas said:
How we differentiate the amount of Energy of a bullet fired by a gun and a rifle with same linear velocity?

the rifle bullet will have very slightly more energy, since it will also have rotational energy

it travels further (and is more accurate) not because of its energy, but because it tumbles less than the gun bullet, and so has less air resistance :wink:
 
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