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Recently Referred Formulae

nA - P = \frac{(1 r)^n(nr-1) 1}{(1 r)^n-1}P
\widetilde{n}(p \alpha)  S_0 - S_m = 0
S_N = S_0   R_1   R_2   \cdots   R_N
A = \frac{r(1 r)^nP}{(1 r)^n - 1}
\nu = \mu^2   \sigma^2