7. Monthly water use in the City of Utility is 32 million gallons, and the average household is paying $3 per thousand gallons. If the price elasticity of demand is –0.75, what is a good estimate of the aggregate water demand function in Utility? What units do the variables of your function utilize? Suppose that the rate is set at $3 because each and every 1000 gallons delivered to a household costs Utility exactly $3 to process and deliver, excluding any costs of natural water. What is the town's marginal net benefit function?
7. Monthly water use in the City of Utility is 32 million gallons, and the average household is paying $3 per thousand gallons. If the price elasticity of demand is –0.75, what is a good estimate of the aggregate water demand function in Utility? What units do the variables of your function utilize? Suppose that the rate is set at $3 because each and every 1000 gallons delivered to a household costs Utility exactly $3 to process and deliver, excluding any costs of natural water. What is the town's marginal net benefit function?
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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![7. Monthly water use in the City of Utility is 32 million gallons, and the average
household is paying $3 per thousand gallons. If the price elasticity of demand is -0.75,
what is a good estimate of the aggregate water demand function in Utility? What units do
the variables of your function utilize? Suppose that the rate is set at $3 because each and
every 1000 gallons delivered to a household costs Utility exactly $3 to process and
deliver, excluding any costs of natural water. What is the town's marginal net benefit
function?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbcad83d9-0c2d-4cd8-8db7-98186ce09999%2F56a1ef82-da7d-4d65-8d25-288dbec661a6%2Fwz8bm7ug_processed.png&w=3840&q=75)
Transcribed Image Text:7. Monthly water use in the City of Utility is 32 million gallons, and the average
household is paying $3 per thousand gallons. If the price elasticity of demand is -0.75,
what is a good estimate of the aggregate water demand function in Utility? What units do
the variables of your function utilize? Suppose that the rate is set at $3 because each and
every 1000 gallons delivered to a household costs Utility exactly $3 to process and
deliver, excluding any costs of natural water. What is the town's marginal net benefit
function?
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