Question

1) Muon is produced by the cosmic ray-particle interaction in the upper atmosphere and move with high speed about 0.998c relative to an observer on the Earth. The rest energy of the Muon is 150.6 MeV. As observed by the observer on the Earth, calculate: i) the total energy of the Muon. ii) the mass of Muon in kilogram.

          1) Muon is produced by the cosmic ray-particle interaction in the upper atmosphere and move with high speed about 0.998c relative to an observer on the Earth. The rest energy of the Muon is 150.6 MeV. As observed by the observer on the Earth, calculate:

i) the total energy of the Muon.

ii) the mass of Muon in kilogram.

1) Muon is produced by the cosmic ray-particle interaction in the upper atmosphere and move with high speed about 0.998c relative to an observer on the Earth. The rest energy of the Muon is 150.6 MeV. As observed by the observer on the Earth, calculate:

i) the total energy of the Muon.

ii) the mass of Muon in kilogram.

Added by Richard R.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Prabhu Ramji

02/15/2022

Step 1

6 MeV / sqrt(1 - (0.998^2)) Total energy = 150.6 MeV / sqrt(1 - 0.996004) Total energy = 150.6 MeV / sqrt(0.003996) Total energy = 150.6 MeV / 0.0632 Total energy = 2382 MeV Show more…

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Muon is produced by the cosmic ray-particle interaction in the upper atmosphere and moves with high speed, about 0.998c, relative to an observer on Earth. The rest energy of the Muon is 150.6 MeV as observed by the observer on Earth. Calculate: 1) the total energy of the Muon 2) the mass of the Muon in kilograms