File:Tidal acceleration principle.svg
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[edit]DescriptionTidal acceleration principle.svg |
English: Illustration of tidal acceleration by CMG Lee. In (1), a satellite orbits in the same direction as its parent body's rotation. The nearer tidal bulge (red) attracts the satellite more than the farther bulge (blue), imparting a net positive force in the direction of orbit (dotted arrows showing forces resolved into their components) and lifting it into a higher orbit. In (2), when the rotation is reversed, the net force opposes the direction of orbit, lowering it. |
Source | Own work |
Author | Cmglee |
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 00:48, 9 July 2020 | 512 × 288 (4 KB) | Cmglee (talk | contribs) | {{Information |description ={{en|1=Illustration of tidal acceleration by CMG Lee. In (1), a satellite orbits in the same direction as its parent body's rotation. The nearer tidal bulge (red) attracts the satellite more than the farther bulge (blue), imparting a net positive force in the direction of orbit (dotted arrows showing forces resolved into their components) and lifting it into a higher orbit. In (2), when the rotation is reversed, the net force opposes the direction of orbit, lower... |
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Short title | tidal acceleration principle |
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Image title | Illustration of tidal acceleration by CMG Lee. In (1), a satellite orbits in the same direction as its parent body's rotation. The nearer tidal bulge (red) attracts the satellite more than the farther bulge (blue), imparting a net positive force in the direction of orbit (dotted arrows showing forces resolved into their components) and lifting it into a higher orbit. In (2), when the rotation is reversed, the net force opposes the direction of orbit, lowering it. |
Width | 100% |
Height | 100% |