What is the answer to solvefor g,p= d/(r-g) ?

The answer to solvefor g,p= d/(r-g) is g=-(d-pr)/p ;\quad p\ne 0

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solvefor g,p= d/(r-g)

solve for

g, p = \frac{d}{r - g}

g = - \frac{d - p r}{p}; p \neq = 0

Solution steps

p = \frac{d}{r - g}

Multiply both sides by

r - g

p (r - g) = d

Divide both sides by

p; p \neq = 0

r - g = \frac{d}{p}; p \neq = 0

Move

r

to the right side

- g = \frac{d}{p} - r; p \neq = 0

Divide both sides by

- 1; p \neq = 0

g = - \frac{d - p r}{p}; p \neq = 0

x, m = \frac{y}{x}

x, x y = \frac{2 x - 5}{x + 3}

\frac{x}{5 x + 2} = 4

\frac{25}{m + 5} + 10 = 2 m

\frac{4}{x} = \frac{5}{x - 3}

What is the answer to solvefor g,p= d/(r-g) ?
The answer to solvefor g,p= d/(r-g) is g=-(d-pr)/p ;\quad p\ne 0