6.The equation E = mc² is a famous result of special relativity. What is the difference between that and the equation E = gmc²? O A. The former is the total energy of a relativistic particle; the latter is the kinetic energy. В. The former is the kinetic energy of a relativistic particle; the latter is the total energy. O C. The former is the rest energy of a relativistic particle; the latter is the total energy. OD. The former is the total energy of a relativistic particle; the latter is the rest energy.
6.The equation E = mc² is a famous result of special relativity. What is the difference between that and the equation E = gmc²? O A. The former is the total energy of a relativistic particle; the latter is the kinetic energy. В. The former is the kinetic energy of a relativistic particle; the latter is the total energy. O C. The former is the rest energy of a relativistic particle; the latter is the total energy. OD. The former is the total energy of a relativistic particle; the latter is the rest energy.
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Transcribed Image Text:6.The equation E = mc² is a famous result of special relativity. What is the difference between that
and the equation E =
gmc²?
O A.
The former is the total energy of a relativistic particle; the latter is the kinetic energy.
O B.
The former is the kinetic energy of a relativistic particle; the latter is the total energy.
O C.
The former is the rest energy of a relativistic particle; the latter is the total energy.
D.
The former is the total energy of a relativistic particle; the latter is the rest energy.
9.A distant light source's light appears to Earth-based observers to be violet-shifted. What does it
say for an observer?
O A.
the Earth and source are moving towards each other, relatively speaking.
О в.
the Earth and source are moving away from each other, relatively speaking.
O C.
the source is moving towards the Earth as the Earth is moving away from the source.
O D.
the Earth is moving towards the source as the source is moving away from the Earth.
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