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The theoretical limit (known as the GZK limit) for the maximum energy of a cosmic-ray proton traveling in the space between galaxies is 5x10° eV. a) Compute the corresponding energy E of the proton in Joules. b) Compute the Lorentz factor y of this proton. c) Compute the relativistic mass m in kg of this proton. d) Compute the momentum p in kg m/s of this proton.

The theoretical limit (known as the GZK limit) for the maximum energy of a cosmic-ray proton traveling in the space between galaxies is 5x10° eV. a) Compute the corresponding energy E of the proton in Joules. b) Compute the Lorentz factor y of this proton. c) Compute the relativistic mass m in kg of this proton. d) Compute the momentum p in kg m/s of this proton.

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The theoretical limit (known as the GZK limit) for the maximum energy of a cosmic-ray proton traveling in the space between galaxies is 5x10° eV. a) Compute the corresponding energy E of the proton in Joules. b) Compute the Lorentz factor y of this proton. c) Compute the relativistic mass m in kg of this proton. d) Compute the momentum p in kg m/s of this proton.
Transcribed Image Text:The theoretical limit (known as the GZK limit) for the maximum energy of a cosmic-ray proton traveling in the space between galaxies is 5x10° eV. a) Compute the corresponding energy E of the proton in Joules. b) Compute the Lorentz factor y of this proton. c) Compute the relativistic mass m in kg of this proton. d) Compute the momentum p in kg m/s of this proton.
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