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Suppose a local government votes to impose an excise tax of $0.90 per bottle on the sales of bottled water. (Assume that all bottles are identical and residents cannot shop elsewhere.) Before the tax the equilibrium price and quantity are $1.20 and 2000 bottles per day. After the tax is imposed, market equilibrium adjusts to a price of $1.70 and quantity of 1300 bottles per day. a. Draw the supply and demand diagram before and after the excise tax is imposed. 1.) Using the line drawing tool, plot the original and new supply curves and label the lines properly. 2.) Using the point drawing tool, indicate the original and new equilibrium points and label these points properly. Carefully follow the instructions above, and only draw the required objects. Price ($ per bottle) 3.00 2.80- 2.60- 2.40- 2.20- 2.00- 1.80 1.60- 1.40 1.20- 1.00- 0.80 0.60- 0.40 0.20- 0.00- 0 1000 2000 Quantity (bottles per day) 10 3000

Suppose a local government votes to impose an excise tax of $0.90 per bottle on the sales of bottled water. (Assume that all bottles are identical and residents cannot shop elsewhere.) Before the tax the equilibrium price and quantity are $1.20 and 2000 bottles per day. After the tax is imposed, market equilibrium adjusts to a price of $1.70 and quantity of 1300 bottles per day. a. Draw the supply and demand diagram before and after the excise tax is imposed. 1.) Using the line drawing tool, plot the original and new supply curves and label the lines properly. 2.) Using the point drawing tool, indicate the original and new equilibrium points and label these points properly. Carefully follow the instructions above, and only draw the required objects. Price ($ per bottle) 3.00 2.80- 2.60- 2.40- 2.20- 2.00- 1.80 1.60- 1.40 1.20- 1.00- 0.80 0.60- 0.40 0.20- 0.00- 0 1000 2000 Quantity (bottles per day) 10 3000

Microeconomics: Principles & Policy
Microeconomics: Principles & Policy
14th Edition
ISBN:9781337794992
Author:William J. Baumol, Alan S. Blinder, John L. Solow
Publisher:William J. Baumol, Alan S. Blinder, John L. Solow
Chapter17: Taxation And Resource Allocation
Section: Chapter Questions
Problem 4TY
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Suppose a local government votes to impose an excise tax of $0.90 per bottle on the sales of bottled water. (Assume that all bottles are identical and residents cannot shop elsewhere.) Before the tax the equilibrium price and quantity are $1.20 and 2000 bottles per day. After the tax is imposed, market equilibrium adjusts to a price of $1.70 and quantity of 1300 bottles per day. a. Draw the supply and demand diagram before and after the excise tax is imposed. 1.) Using the line drawing tool, plot the original and new supply curves and label the lines properly. 2.) Using the point drawing tool, indicate the original and new equilibrium points and label these points properly. Carefully follow the instructions above, and only draw the required objects. Price ($ per bottle) 3.00 2.80- 2.60- 2.40- 2.20- 2.00- 1.80- 1.60- 1.40- 1.20- 1.00- 0.80- 0.60- 0.40- 0.20- 0.00+ 0 1000 2000 Quantity (bottles per day) 10 3000
Transcribed Image Text:Suppose a local government votes to impose an excise tax of $0.90 per bottle on the sales of bottled water. (Assume that all bottles are identical and residents cannot shop elsewhere.) Before the tax the equilibrium price and quantity are $1.20 and 2000 bottles per day. After the tax is imposed, market equilibrium adjusts to a price of $1.70 and quantity of 1300 bottles per day. a. Draw the supply and demand diagram before and after the excise tax is imposed. 1.) Using the line drawing tool, plot the original and new supply curves and label the lines properly. 2.) Using the point drawing tool, indicate the original and new equilibrium points and label these points properly. Carefully follow the instructions above, and only draw the required objects. Price ($ per bottle) 3.00 2.80- 2.60- 2.40- 2.20- 2.00- 1.80- 1.60- 1.40- 1.20- 1.00- 0.80- 0.60- 0.40- 0.20- 0.00+ 0 1000 2000 Quantity (bottles per day) 10 3000
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