What is expand (ab-b^2-ac-bc)/((b-c)(a^2-b^2)) ?

The solution to expand (ab-b^2-ac-bc)/((b-c)(a^2-b^2)) is (ab-b^2-ac-bc)/(a^2b-b^3-a^2c+b^2c)

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expand (ab-b^2-ac-bc)/((b-c)(a^2-b^2))

expand

\frac{ab - b ^{2} - a c - b c}{( b - c ) ( a ^{2} - b ^{2} )}

\frac{ab - b ^{2} - a c - b c}{a ^{2} b - b ^{3} - a ^{2} c + b ^{2} c}

Solution steps

\frac{ab - b ^{2} - a c - b c}{( b - c ) ( a ^{2} - b ^{2} )}

Expand

(b - c) (a^{2} - b^{2}) : a^{2} b - b^{3} - a^{2} c + b^{2} c

= \frac{ab - b ^{2} - a c - b c}{a ^{2} b - b ^{3} - a ^{2} c + b ^{2} c}

\frac{n ( n + 1 ) ( 2 n + 1 ) ( 3 n ^{2} + 3 n - 1 )}{30}

\frac{\partial}{\partial x} ((z) (ln (3 x yz) - z))

(x - \frac{y}{y ^{'} ( x )})^{2} + (y - x y^{'} (x))^{2}

\frac{3 ( 3 + h )}{4 ( h + 4 ) ^{2}}

π (e^{4} - 1)

What is expand (ab-b^2-ac-bc)/((b-c)(a^2-b^2)) ?
The solution to expand (ab-b^2-ac-bc)/((b-c)(a^2-b^2)) is (ab-b^2-ac-bc)/(a^2b-b^3-a^2c+b^2c)