Uniform Gravitational Acceleration (Q4013): Difference between revisions
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Created a new Item: Uniform Gravitational Acceleration, Assuming that the gravitational constant remains unchanged from the beginning to the end of a trajectory, i.e. a free fall. This is a very good approximation for an apple falling from a tree, but not for celestial mechanics where the inverse-square law of the gravitational field must be taken into account. |
Created claim: in defining formula (P597): r |
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Latest revision as of 13:55, 8 October 2024
Assuming that the gravitational constant remains unchanged from the beginning to the end of a trajectory, i.e. a free fall. This is a very good approximation for an apple falling from a tree, but not for celestial mechanics where the inverse-square law of the gravitational field must be taken into account.
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Uniform Gravitational Acceleration |
Assuming that the gravitational constant remains unchanged from the beginning to the end of a trajectory, i.e. a free fall. This is a very good approximation for an apple falling from a tree, but not for celestial mechanics where the inverse-square law of the gravitational field must be taken into account. |
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