Difference between revisions of "File:Scrnshot 2010 1701.jpg"

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(Moving into a higher orbit involves prograde acceleration at P and A (periapsis and apoapsis of the transfer orbit). Conversely, moving from the higher to lower orbit requires a retrograde acceleration at A and P.)
 
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== Summary ==
 
== Summary ==
 
Moving into a higher orbit involves prograde acceleration at P and A (periapsis and apoapsis of the transfer orbit). Conversely, moving from the higher to lower orbit requires a retrograde acceleration at A and P.
 
Moving into a higher orbit involves prograde acceleration at P and A (periapsis and apoapsis of the transfer orbit). Conversely, moving from the higher to lower orbit requires a retrograde acceleration at A and P.
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[[Category: Images]]

Latest revision as of 14:55, 27 October 2021

Summary[edit]

Moving into a higher orbit involves prograde acceleration at P and A (periapsis and apoapsis of the transfer orbit). Conversely, moving from the higher to lower orbit requires a retrograde acceleration at A and P.

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current14:55, 27 October 2021Thumbnail for version as of 14:55, 27 October 2021661 × 298 (38 KB)Arvil (talk | contribs)Moving into a higher orbit involves prograde acceleration at P and A (periapsis and apoapsis of the transfer orbit). Conversely, moving from the higher to lower orbit requires a retrograde acceleration at A and P.

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