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For a given input value 
q, the function 
f outputs a value 
r to satisfy the following equation.

11 q-4=3r-6
Write a formula for 
f(q) in terms of 
q.

f(q)=

For a given input value q q , the function f f outputs a value r r to satisfy the following equation.\newline11q4=3r6 11q - 4 = 3r - 6 \newlineWrite a formula for f(q) f(q) in terms of q q .\newlinef(q)= f(q) =

Full solution

Q. For a given input value q q , the function f f outputs a value r r to satisfy the following equation.\newline11q4=3r6 11q - 4 = 3r - 6 \newlineWrite a formula for f(q) f(q) in terms of q q .\newlinef(q)= f(q) =
  1. Isolate rr in equation: We are given the equation 11q4=3r611q - 4 = 3r - 6, and we need to solve for rr in terms of qq to find the function f(q)f(q).\newlineFirst, we will isolate rr on one side of the equation.
  2. Add 66 to both sides: Add 66 to both sides of the equation to move the constant term from the right side to the left side.\newline11q4+6=3r6+611q - 4 + 6 = 3r - 6 + 6\newline11q+2=3r11q + 2 = 3r
  3. Divide by 33 to solve: Now, divide both sides of the equation by 33 to solve for rr.(11q+2)/3=3r/3(11q + 2) / 3 = 3r / 3(11q+2)/3=r(11q + 2) / 3 = r
  4. Express rr in terms: We have now expressed rr in terms of qq. Since rr is the output of the function ff for the input qq, we can write the function as:\newlinef(q)=11q+23f(q) = \frac{11q + 2}{3}

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