What is expand (P(R-1)+R)^X*R^{1-X} ?

The solution to expand (P(R-1)+R)^X*R^{1-X} is R^{1-X}(PR-P+R)^X

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expand (P(R-1)+R)^X*R^{1-X}

expand

(P (R - 1) + R)^{X} \cdot R^{1 - X}

R^{1 - X} (PR - P + R)^{X}

Solution steps

(P (R - 1) + R)^{X} R^{1 - X}

(P (R - 1) + R)^{X} = (PR - P + R)^{X}

= R^{- X + 1} (PR - P + R)^{X}

\frac{3 ( 2 x ^{2} + 10 x + 11 )}{2}

\frac{1}{( s + 1 ) ( s + 2 ) ( s ^{2} + 2 s + 2 )}

\frac{3 ( 5 - 1 )}{2}

\frac{( 4 - t ^{2} ) ( 5 t - 3 )}{( 4 t + 3 ) ( 5 t + 1 )}

M (3, 6) y N (3, - 6)

What is expand (P(R-1)+R)^X*R^{1-X} ?
The solution to expand (P(R-1)+R)^X*R^{1-X} is R^{1-X}(PR-P+R)^X