| 1. | This is " not " a Lorentz transformation, because the two frames have a relative acceleration.
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| 2. | The situation is similar for relative accelerations.
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| 3. | The reduced mass multiplied by the relative acceleration between the two bodies is equal to the gravitational force.
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| 4. | In general relativity, there are asymmetric time dilation effects due to non-uniform gravitational fields or, equivalently, relative accelerations.
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| 5. | Their 40-yard dash times are measured in increments of 10 yards so coaches can deconstruct their relative acceleration.
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| 6. | Gravity just makes the particles attract each other with a relative acceleration proportional to distance, without any particular center.
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| 7. | The " geodesic deviation equation " relates the Riemann curvature tensor to the relative acceleration of two neighboring geodesics.
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| 8. | You absolutely need to get into the flight dynamics software and read the body-relative accelerations and velocities of the aircraft.
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| 9. | It is a question of relative acceleration, as Mr . 98 explains, though it is also a matter of how you'perceive'this.
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| 10. | The " relative acceleration " of one geodesic to another in curved spacetime is given by the " geodesic deviation equation ":
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