Question: 4. Based on the position and velocity vectors given in problem 1, determine the right ascension of the ascending node for this orbit. In 42=

 4. Based on the position and velocity vectors given in problem

4. Based on the position and velocity vectors given in problem 1, determine the right ascension of the ascending node for this orbit. In 42= COS 1 54,254.81 42= COS -1 1 . 664929.29 km S nj=-38331.16 -38331.16 42 -54,254.81 434 4 n=664929.29 (0=265.32 *

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