| 11. | Is the instantaneous Lorentz factor, a function of the particle's instantaneous velocity.
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| 12. | Or, similarly, in the limit where the Lorentz factor } } is very large ( ).
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| 13. | Here is the composite Lorentz factor, and and are 3? column vectors proportional to the composite velocities.
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| 14. | Is called the Lorentz factor and " c " is the speed of light in free space.
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| 15. | Is the Lorentz factor of the velocity ( the vertical bars } } indicate the magnitude of the vector ).
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| 16. | Where " m " 0 is the rest mass of the object and ? is the Lorentz factor.
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| 17. | Since the Lorentz factor is dependent only on the line-of-sight which yields different results for different orientations.
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| 18. | Time dilation by the Lorentz factor was predicted by Joseph Larmor ( 1897 ), at least for electrons orbiting a nucleus.
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| 19. | On the other hand when, proper velocity tracks Lorentz factor while velocity angle is logarithmic and hence increases much more slowly.
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| 20. | This is a simple matter of applying the lorentz factor . talk ) 23 : 38, 3 February 2008 ( UTC)
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