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For a given input value 
m, the function 
g outputs a value 
n to satisfy the following equation.

-2m-5n=7m-3n
Write a formula for 
g(m) in terms of 
m.

g(m)=

For a given input value mm, the function gg outputs a value nn to satisfy the following equation.\newline2m5n=7m3n-2m-5n=7m-3n\newlineWrite a formula for g(m)g(m) in terms of mm.\newlineg(m)=g(m)=

Full solution

Q. For a given input value mm, the function gg outputs a value nn to satisfy the following equation.\newline2m5n=7m3n-2m-5n=7m-3n\newlineWrite a formula for g(m)g(m) in terms of mm.\newlineg(m)=g(m)=
  1. Isolate n in equation: First, we need to isolate n on one side of the equation to find a formula for g(m) in terms of m. We start with the given equation:\newline2-2m - 55n = 77m - 33n
  2. Combine like terms: Combine like terms by adding 5n5n to both sides and adding 2m2m to both sides to get all the mm terms on one side and all the nn terms on the other side:\newline2m+2m5n+5n=7m+2m3n+5n-2m + 2m - 5n + 5n = 7m + 2m - 3n + 5n\newlineThis simplifies to:\newline0m=9m+2n0m = 9m + 2n
  3. Subtract 9m9m to isolate nn: Now, subtract 9m9m from both sides to isolate the terms with nn:0m9m=9m9m+2n0m - 9m = 9m - 9m + 2nThis simplifies to:9m=2n-9m = 2n
  4. Divide both sides by 22: To solve for nn, divide both sides by 22:\newlinen=9m2n = \frac{-9m}{2}
  5. Formula for g(m): Now we have nn in terms of mm, which means we have found the formula for g(m)g(m):\newlineg(m)=9m2g(m) = -\frac{9m}{2}

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