(Answer both qestions very neatly and kindlyexplain all the terms in it).1 (a) Perilune of a lunar approach trajectory is250 km. If v2 = 0.5 km/s, calculate therequired value of 6 and the Av at perilunerequired to place the probe in a circularprograde lunar orbit. {Ans.: 8 = 7.745°, Av =673m/s}(b) Find the radial speed of the moon on April30, 2025, at O6:00:00 UT.{Ans.: 56.7 m/s}

“Since you have asked multiple questions, we will solve the first question for you. If you want any…

1 (a) Perilune of a lunar approach trajectory is 250 km. If v2 = 0.5 km/s, calculate the required value of d and the Av at perilune required to place the probe in a circular prograde lunar orbit. {Ans.: 6 = 7.745°, Av = 673m/s}

1 (a) Perilune of a lunar approach trajectory is 250 km. If v2 = 0.5 km/s, calculate the required value of d and the Av at perilune required to place the probe in a circular prograde lunar orbit. {Ans.: 6 = 7.745°, Av = 673m/s}

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter13: Gravitation

Section: Chapter Questions

Problem 13.9CYU: Check Your Understanding The nearly circular orbit of Saturn has an average radius of about 9.5 AU...

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Question

(Answer both qestions very neatly and kindly
explain all the terms in it).
1 (a) Perilune of a lunar approach trajectory is
250 km. If v2 = 0.5 km/s, calculate the
required value of 6 and the Av at perilune
required to place the probe in a circular
prograde lunar orbit. {Ans.: 8 = 7.745°, Av =
673m/s}
(b) Find the radial speed of the moon on April
30, 2025, at O6:00:00 UT.
{Ans.: 56.7 m/s}

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