The bullet. You see, when the bullet is fired, the gun also “wants” to move, because of action - reaction. But the equation that describes it's velocities is the conservation of the momentum. With means that mb*vb = mg*vg where mb and mg are the mass of the bullet and the mass of the gun, and vb and vg are their velocities. And we know that vb>>vg, so when we put in the equation of kinetic energy, the ke of the bullet will be larger.
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Answer:
The bullet. You see, when the bullet is fired, the gun also “wants” to move, because of action - reaction. But the equation that describes it's velocities is the conservation of the momentum. With means that mb*vb = mg*vg where mb and mg are the mass of the bullet and the mass of the gun, and vb and vg are their velocities. And we know that vb>>vg, so when we put in the equation of kinetic energy, the ke of the bullet will be larger.
Explanation:
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