| 1. | It is the pressure exerted by a column of standard acceleration of gravity.
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| 2. | The acceleration is local acceleration of gravity.
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| 3. | In general relativity the gross acceleration of gravity is fictitious, just like the centrifugal force.
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| 4. | P is the Planck time and " g " is the standard acceleration of gravity.
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| 5. | :First things first : Potential energy " is " dirctly proportional to acceleration of gravity.
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| 6. | What is the mass of Jupiter, its average density and the acceleration of gravity at its surface?
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| 7. | A similar effect can be calculated for the shift in the Ramsey fringes caused by the acceleration of gravity.
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| 8. | That's because your weight is equal to the mass of your body multiplied by the local acceleration of gravity.
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| 9. | Such high accuracy is not needed in reservoir simulations so acceleration of gravity is treated as a constant in this discussion.
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| 10. | In the case of the standard catenary, where the chain has mass per unit length and is the acceleration of gravity.
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