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put xy=ax+byxy = ax + by in form of y=mx+cy=mx+c where Y=xyY = \frac{x}{y} and X=xX = x

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Q. put xy=ax+byxy = ax + by in form of y=mx+cy=mx+c where Y=xyY = \frac{x}{y} and X=xX = x
  1. Rewrite equation: We are given the equation xy=ax+byxy = ax + by and we need to solve for yy in terms of xx to get it in the form y=mx+cy = mx + c.\newlineFirst, let's rewrite the equation to isolate terms with yy on one side.\newlinexyby=axxy - by = ax
  2. Factor out yy: Now, factor out yy from the left side of the equation.y(xb)=axy(x - b) = ax
  3. Divide by (xb)(x - b): Next, divide both sides of the equation by (xb)(x - b) to solve for yy.y=ax(xb)y = \frac{ax}{(x - b)}
  4. Express yy in terms: Now, we need to express yy in terms of XX and YY, where Y=xyY = \frac{x}{y} and X=xX = x. First, let's solve the equation Y=xyY = \frac{x}{y} for yy. y=xYy = \frac{x}{Y}
  5. Substitute Y into equation: Substitute Y=xyY = \frac{x}{y} into the equation y=ax(xb)y = \frac{ax}{(x - b)}.\newliney=ax(Xb)y = \frac{ax}{(X - b)}
  6. Replace XX with xx: Since we have yy in terms of XX, we can now replace XX with xx to get the final form.\newliney=axxby = \frac{ax}{x - b}\newlineThis is the equation in the form y=mx+cy = mx + c, where m=axbm = \frac{a}{x - b} and c=0c = 0.

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