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Solve the Problem. -A Size 32 Dress in Country C Is Size -4

Question 124

Multiple Choice

Solve the problem.
-A size 32 dress in Country C is size -4 in Country D. A function that converts dress sizes in Country C to those in Country D is f(x) = Solve the problem. -A size 32 dress in Country C is size -4 in Country D. A function that converts dress sizes in Country C to those in Country D is f(x) = - 20. Find a formula for the inverse of the function described. A) = x + 20 B) = 2x + 20 C) = 2(x - 20) D) = 2(x + 20) - 20. Find a formula for the inverse of the function described.


A) Solve the problem. -A size 32 dress in Country C is size -4 in Country D. A function that converts dress sizes in Country C to those in Country D is f(x) = - 20. Find a formula for the inverse of the function described. A) = x + 20 B) = 2x + 20 C) = 2(x - 20) D) = 2(x + 20) = x + 20
B) Solve the problem. -A size 32 dress in Country C is size -4 in Country D. A function that converts dress sizes in Country C to those in Country D is f(x) = - 20. Find a formula for the inverse of the function described. A) = x + 20 B) = 2x + 20 C) = 2(x - 20) D) = 2(x + 20) = 2x + 20
C) Solve the problem. -A size 32 dress in Country C is size -4 in Country D. A function that converts dress sizes in Country C to those in Country D is f(x) = - 20. Find a formula for the inverse of the function described. A) = x + 20 B) = 2x + 20 C) = 2(x - 20) D) = 2(x + 20) = 2(x - 20)
D) Solve the problem. -A size 32 dress in Country C is size -4 in Country D. A function that converts dress sizes in Country C to those in Country D is f(x) = - 20. Find a formula for the inverse of the function described. A) = x + 20 B) = 2x + 20 C) = 2(x - 20) D) = 2(x + 20) = 2(x + 20)

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