What is expand ((d-c)(x-a))/((b-a)+c) ?

The solution to expand ((d-c)(x-a))/((b-a)+c) is (dx-da-cx+ca)/(b-a+c)

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expand ((d-c)(x-a))/((b-a)+c)

expand

\frac{( d - c ) ( x - a )}{( b - a ) + c}

\frac{d x - d a - c x + c a}{b - a + c}

Solution steps

\frac{( d - c ) ( x - a )}{( b - a ) + c}

Remove parentheses:

(a) = a

= \frac{( d - c ) ( x - a )}{b - a + c}

Expand

(d - c) (x - a) : d x - d a - c x + c a

= \frac{d x - d a - c x + c a}{b - a + c}

2.25 (3, 33 x - 4) - 0.25 (2 x - 8)

(3 - 1) + (1 + 3) i

sin (90 (30 - x))

\frac{( ( x - 1 ) ^{3} )}{x + 1}

\frac{( 3 x - 1 ) ( x + 1 )}{2 ( x - 1 )}

What is expand ((d-c)(x-a))/((b-a)+c) ?
The solution to expand ((d-c)(x-a))/((b-a)+c) is (dx-da-cx+ca)/(b-a+c)