| 1. | In this case, its total relativistic mass and energy increase.
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| 2. | So in that example, the relativistic mass does not change.
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| 3. | The rest appears as an increase in " relativistic mass ".
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| 4. | At high speeds, relativistic mass always exceeds gravitational mass.
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| 5. | The term " relativistic mass " is also sometimes used.
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| 6. | Photons have zero rest mass, but nonzero relativistic mass.
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| 7. | :Kinetic energy is the difference between rest mass and relativistic mass.
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| 8. | In special relativity, relativistic mass has support and detraction by physicists.
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| 9. | Where is the now unfashionable relativistic mass, follows.
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| 10. | :A photon doesn�t have rest mass, but it still has relativistic mass.
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