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 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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