The reference frame, in which the centre of inertia of a given system of particles is at rest, t...
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The reference frame, in which the centre of inertia of a given system of particles is at rest, translates with a velocity V relative to an inertial reference frame \( K \). The mass of the system of particles equals \( m \), and the total energy of the system in the frame of the centre of inertia is equal to \( \widetilde{E} \). Find the total energy \( E \) of this system of particles in the reference frame \( K \).
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