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