| 1. | More details about hyperbolic motion is discussed at Rindler coordinates.
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| 2. | :: That equation describes hyperbolic motion ( relativity ).
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| 3. | A frame of reference under constant acceleration is sometimes described as in hyperbolic motion.
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| 4. | An object moving with constant proper acceleration like that is said to undergo hyperbolic motion.
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| 5. | In the latter case, hyperbolic motions provide an approach to the subject for beginners.
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| 6. | If instead there are initial values different from zero, the formulas for hyperbolic motion assume the form
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| 7. | For instance, see Karzel and Kist for the hyperbolic motion group representation with 2 ?2 real matrices.
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| 8. | "' Hyperbolic motion "'is the motion of an object with constant proper acceleration in special relativity.
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| 9. | For example, see Hyperbolic motion ( relativity ), which deals with an accelerating object, but only uses special relativity.
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| 10. | Subsequently, he derived the same formulas as in 1911 for rest acceleration and hyperbolic motion, and the hyperbolic reference frame.
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