properly elliptic orbit, the angle between 7 and v is only at the Prove that in a 2 apogee and perigee. Clue: Do so by showing v ir if and only if a 0, then T is maximized (apogee) or minimized (perigee)when 0=0 or TT
properly elliptic orbit, the angle between 7 and v is only at the Prove that in a 2 apogee and perigee. Clue: Do so by showing v ir if and only if a 0, then T is maximized (apogee) or minimized (perigee)when 0=0 or TT
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I need help with calculus question that deals with physics and elliptical orbits.

Transcribed Image Text:properly elliptic orbit, the angle between 7 and v is only at the
Prove that in a
2
apogee and perigee.
Clue: Do so by showing v ir if and only if a
0, then T is maximized (apogee) or
minimized (perigee)when 0=0 or TT
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