Satellite A remains in a stable circular orbit of 2 RE above the earth's center. If satellite B were to maintain a stable circular orbit of 4RE above the Earth's center, what velocity must it maintain with respect to satellite 1? a. V₂ = VA√2 b. V₂ = 2VA C. VB = VA d. V₂ = V₁/√2 e. V = V₁/2
Satellite A remains in a stable circular orbit of 2 RE above the earth's center. If satellite B were to maintain a stable circular orbit of 4RE above the Earth's center, what velocity must it maintain with respect to satellite 1? a. V₂ = VA√2 b. V₂ = 2VA C. VB = VA d. V₂ = V₁/√2 e. V = V₁/2
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Transcribed Image Text:Satellite A remains in a stable circular orbit of 2 RE above the earth's center. If satellite B were
to maintain a stable circular orbit of 4RE above the Earth's center, what velocity must it maintain
with respect to satellite 1?
a. VB = VA√2
b. VB= 2VA
C. VB = VA
d. VB = V₁/√2
e. VB = V₁/2
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