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A.
q = \(\frac{rt^2}{(p - r^3)}\)
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B.
q = \(\frac{t^2}{(p - r^2)}\)
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C.
q = \(\frac{rt}{(p - r^3)}\)
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D.
q = \(\frac{(p - r^3)}{rt^2}\)
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E.
q = rt\(^2\)(p - r\(^3\))
Correct Answer: Option A
Explanation
t = √pq/r - r\(^2\)q
multiply both sides by the L.C.M, r
r\(^2\) = pq - qr\(^3\)
collect like terms on the RHS
q(p - r3) = rt\(^2\)
q = \(\frac{rt^2}{(p - r^3)}\)
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