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Ballistic Pendulum

Ballistic Pendulum. Using Conservation of Momentum and Conservation of Energy to Determine the Speed of a Bullet. The kinetic energy of the bullet is not equal to the energy of the can and bullet, energy is dissipated in the inelastic collision. Δh. m b = 0.0005 kg m c = .195 kg V b = ?.

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Ballistic Pendulum

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  1. Ballistic Pendulum Using Conservation of Momentum and Conservation of Energy to Determine the Speed of a Bullet The kinetic energy of the bullet is not equal to the energy of the can and bullet, energy is dissipated in the inelastic collision

  2. Δh mb = 0.0005 kg mc = .195 kg Vb = ? Work backwards, find velocity of Bullet + Can (vb+c) just after the collision using energy: Δh = 0.32m – 0.29m = 0.03m Energy is NOT conserved in the inelastic collision but Momentum is:

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