A cosmic-ray particle with energy 1.34 Tev is stopped in a detecting tube that contains 0.120 mol of neon gas. Once this energy is distributed among all the atoms, by how much is the temperature of the neon increased?

A cosmic-ray particle with energy 1.34 Tev is stopped in a detecting

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A cosmic-ray particle with energy 1.34 Tev is stopped in a detecting tube that contains 0.120 mol of neon gas. Once this energy is distributed among all the atoms, by how much is the temperature of the neon increased?

A cosmic-ray particle with energy 1.34 Tev is stopped in a detecting tube that contains 0.120 mol of neon gas. Once this energy is distributed among all the atoms, by how much is the temperature of the neon increased?

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