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A Teenager Has $36 to Spend at a Carnival on Both

Question 109

Multiple Choice

A teenager has $36 to spend at a carnival on both food and rides. Food costs (on average) $4 per item, and rides cost (on average) $2 each. Let f be the number of food items purchased and r be the number of rides purchased. What is the equation of the teenager's budget constraint?


A) A teenager has $36 to spend at a carnival on both food and rides. Food costs (on average)  $4 per item, and rides cost (on average)  $2 each. Let f be the number of food items purchased and r be the number of rides purchased. What is the equation of the teenager's budget constraint? A)    B)    C)    D)
B) A teenager has $36 to spend at a carnival on both food and rides. Food costs (on average)  $4 per item, and rides cost (on average)  $2 each. Let f be the number of food items purchased and r be the number of rides purchased. What is the equation of the teenager's budget constraint? A)    B)    C)    D)
C) A teenager has $36 to spend at a carnival on both food and rides. Food costs (on average)  $4 per item, and rides cost (on average)  $2 each. Let f be the number of food items purchased and r be the number of rides purchased. What is the equation of the teenager's budget constraint? A)    B)    C)    D)
D) A teenager has $36 to spend at a carnival on both food and rides. Food costs (on average)  $4 per item, and rides cost (on average)  $2 each. Let f be the number of food items purchased and r be the number of rides purchased. What is the equation of the teenager's budget constraint? A)    B)    C)    D)

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