| 1. | The accelerated frames traveling through curved spacetime ( see below ).
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| 2. | The fundamental principle of relativity does not apply to accelerating frames.
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| 3. | How can the accelerating frame be discovered to be non-inertial?
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| 4. | An observer rotating around another inertial observer is in an accelerated frame of reference.
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| 5. | For accelerated motion, the accelerated frame has an inertial frame at every instant.
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| 6. | The Special Theory of Relativity only deals with non-accelerating frames of reference.
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| 7. | Hawking radiation in the case of an accelerating frame is referred to as Unruh radiation.
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| 8. | Einstein was also unsatisfied with the fact that inertial frames are preferred over accelerated frames.
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| 9. | Oops, we no long have an inertial frame but an accelerating frame of reference.
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| 10. | Special relativity, contrary to some outdated descriptions, is capable of handling accelerated frames of reference.
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