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

m+1=-2(n+6)
Write a formula for 
h(n) in terms of 
n.

h(n)=

For a given input value n n , the function h h outputs a value m m to satisfy the following equation.\newlinem+1=2(n+6) m+1=-2(n+6) \newlineWrite a formula for h(n) h(n) in terms of n n .\newlineh(n)= h(n)=

Full solution

Q. For a given input value n n , the function h h outputs a value m m to satisfy the following equation.\newlinem+1=2(n+6) m+1=-2(n+6) \newlineWrite a formula for h(n) h(n) in terms of n n .\newlineh(n)= h(n)=
  1. Subtracting 11 to isolate m: We are given the equation m+11=2-2(n+66) and we need to solve for m in terms of n to find the function h(n).\newlineFirst, we will subtract 11 from both sides of the equation to isolate m on one side.\newlineCalculation: m = 2-2(n+66) - 11
  2. Distributing 2 -2 across terms: Next, we distribute the 2 -2 across the terms inside the parentheses.\newlineCalculation: m=2n121 m = -2n - 12 - 1
  3. Combining like terms: Now, we combine the like terms 12-12 and 1-1 to simplify the equation further.\newlineCalculation: m=2n13m = -2n - 13
  4. Expressing m in terms of n: We have now expressed m in terms of n, which gives us the function h(n).\newlineFinal formula: h(n) = 2-2n - 1313

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