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

3m-5n=11
Write a formula for 
g(n) in terms of 
n.

g(n)=

For a given input value n n , the function g g outputs a value m m to satisfy the following equation.\newline3m5n=11 3m-5n=11 \newlineWrite a formula for g(n) g(n) in terms of n n .\newlineg(n)= g(n)=

Full solution

Q. For a given input value n n , the function g g outputs a value m m to satisfy the following equation.\newline3m5n=11 3m-5n=11 \newlineWrite a formula for g(n) g(n) in terms of n n .\newlineg(n)= g(n)=
  1. Equation setup: To find the formula for g(n)g(n), we need to solve the equation 3m5n=113m - 5n = 11 for mm in terms of nn.
  2. Isolating terms with m: Add 55n to both sides of the equation to isolate terms with m on one side:\newline33m - 55n + 55n = 1111 + 55n\newlineThis simplifies to:\newline33m = 1111 + 55n
  3. Solving for m: Divide both sides of the equation by 33 to solve for mm: \newlinem=11+5n3m = \frac{11 + 5n}{3}
  4. Writing the function g(n): Now we can write the function g(n) in terms of n using the expression we found for m:\newlineg(n) = \frac{1111 + 55n}{33}

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