That's OK, but you have not said which variable you want to solve it for.
To solve for 'x': c + ax = dx
Subtract c from each side: ax = dx - c
Subtract dx from each side: ax - dx = -c
Factor the left side: x (a - d) = -c
Divide each side by (a - d) : x = -c / (a - d) or x = c / (d - a) .
To solve for 'c': c + ax = dx
Subtract ax from each side and factor: c = x (d - a)
To solve for 'd': c + ax = dx
Divide each side by 'x': d = c/x + a .
To solve for 'a': c + ax = dx
Subtract 'c' from each side: ax = dx - c
Divide each side by 'x': a = d - c/x .
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To solve c + a x = d x for x , rearrange the equation to isolate x , leading to x = a − d − c or x = d − a c . It's important that a does not equal d to avoid division by zero. This method demonstrates how to manipulate algebraic equations to solve for a variable.
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