M varies directly as n and inversely as the square of p. If M= 3 when n = 2 and p = 1, find M in terms of n and p.
a
\(\frac{3n}{2p^2}\)
b
\(\frac{2n}{3p^2}\)
c
\(\frac{2n}{3p}\)
d
\(\frac{3n^2}{2p^2}\)
Explanation
Correct Option
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