1. Given below are two groups' (consumers, c, and a special interest group, i) true demands concerning a tariff on snack foods. Demand against (consumers): wtp($) = 80 + 2t Demand for (special interest): wtp($) = 50 - t Where t is the tariff rate. a. Graph the demand curves and explain how much tariff there will be if there were no free riding and all preferences were fully revealed. b. Now assume that "free riding" plagues the consumer group so that their revealed willingness to pay is given by: wtp($) = 30 + t. What are some causes of the "free riding"? Why is this not likely to happen to the producer group? c. Now what will be the equilibrium tariff rate? Graph this scenario in the same graph. d. Relate the outcome to a partial equilibrium tariff graph.

ENGR.ECONOMIC ANALYSIS
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Author:NEWNAN
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Chapter1: Making Economics Decisions
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1. Given below are two groups' (consumers, c, and a
special interest group, i) true demands concerning a
tariff on snack foods.
Demand against (consumers): wtp($) = 80 + 2t
Demand for (special interest): wtp($) = 50 - t
Where t is the tariff rate.
a. Graph the demand curves and explain how much
tariff there will be if there were no free riding and all
preferences were fully revealed.
b. Now assume that "free riding" plagues the
consumer group so that their revealed willingness
to pay is given by:
wtp($) = 30 + t. What are some causes of the "free
riding"? Why is this not likely to happen to the
producer group?
c. Now what will be the equilibrium tariff rate?
Graph this scenario in the same graph.
d. Relate the outcome to a partial equilibrium tariff
graph.
Transcribed Image Text:1. Given below are two groups' (consumers, c, and a special interest group, i) true demands concerning a tariff on snack foods. Demand against (consumers): wtp($) = 80 + 2t Demand for (special interest): wtp($) = 50 - t Where t is the tariff rate. a. Graph the demand curves and explain how much tariff there will be if there were no free riding and all preferences were fully revealed. b. Now assume that "free riding" plagues the consumer group so that their revealed willingness to pay is given by: wtp($) = 30 + t. What are some causes of the "free riding"? Why is this not likely to happen to the producer group? c. Now what will be the equilibrium tariff rate? Graph this scenario in the same graph. d. Relate the outcome to a partial equilibrium tariff graph.
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