by the following equation The annual demand for cigarettes in a certain state is given QD...
The annual demand for liquor in a certain state is given by the following equation: QD=500.000-20.000P where P is the price per gallon and QD is the quantity of gallons demanded per year. The supply of liquor is given by the equation QS=30.000P. Now assume that a unit tax of 1$ is levied on the sellers of the commodity (i.e. statutory incidence is on the producers). (e) What is the government's tax revenue? () Determine how much of the total...
URGENT!!! (10) The annual demand for liquor in a certain state is given by the following equation: QD-500.000-20.000P where P is the price per gallon and Qo is the quantity of gallons demanded per year. The supply of liquor is given by the equation Qs-30.000P. Now assume that a unit tax of iS is levied on the sellers of the commodity (i.e. statutory incidence is on the producers). (a) Just by looking at the slopes of the demand and supply...
The supply and demand for widgets are given by the following equations: QD = 500,000 – 20,000P QS = 30,000P where P = the price per widget and QD is the quantity of widgets demanded per year and QS is the quantity of widgets demanded per year. What is the equilibrium price and quantity of widgets? Suppose that a $1 per widget tax is levied on the sellers of widgets. What is the impact of this tax on the equilibrium...
Please,all questions should solve,exam questions,so important! (10) The annual demand for liquor in a certain state is given by the following equation: QD-500.000-20.000P where P is the price per gallon and Qo is the quantity of gallons demanded per year. The supply of liquor is given by the equation Qs-30.000P. Now assume that a unit tax of iS is levied on the sellers of the commodity (i.e. statutory incidence is on the producers). (a) Just by looking at the slopes...
The demand equation for widgets is given by : Qd = a –bP + cG and the supply equation is given by Qs = α + βP - ρN; where P price of widget, G is price of substitutes for widget, and N is price of inputs. Find equilibrium price and quantity. 6. Suppose there is a tax $T levied on each widget sold so that consumers pay Pc = Pp +T where Pp is price producers receive in #5...
1. Suppose den and for one pound of pork is given by QD = 12 - 2P and supply of one pound of pork is given by QS = -6 + 3P. (a) Solve for the equilibrium price (P) and equilibrium quantity (Q.). (b) Calculate the price elasticity of supply and demand at the equilibrium point. Which is more elastic, demand or supply? (c) The production of pork can pose significant negative effects on the environment and human health. Suppose...
4. Suppose the market for grass seed can be expressed as: Demand: Qd = 200 - 5P Supply: Qs = 40 + 5P If the government collects a $5 specific tax from sellers (here you can change the supply equation to Qs = 40 + 5(P-t) or Qs = 15+ 5P, How much will the quantity demanded change from the amount demanded before the tax? What price will consumers pay after the tax? What price will sellers receive after the...
10. Suppose the demand for gourmet personal pan pizzas is given by the following equation: Qd = 11 - 2P where Qd is the amount of pizzas consumers want to buy (i.e., quantity demanded), and P is the price of pizzas. Suppose the supply of gourmet personal pan pizzas is: Qs = 2 + 1P where Qs is the amount of pizzas producers will supply (i.e., quantity supplied). What is the equilibrium market price and quantity of gourmet personal pan...
Suppose you are given the following market demand function for apples: QD = QD (P. I, Psub) where Pis the price per unit of apples, I is consumer income and Psub is the price per unit of grapes (a substitute for apples). Explain the market demand function in words: O Market-level quantity demanded for apples only depends on the price per unit of apples O Market-level quantity demanded for applies depends on quantity of apples, the price per unit of...
Question 10 Suppose the demand for organic bananas is given by the following equation: Qd = 9-2P where Qd is the quantity demanded per week of organic bananas, and P is the price of organic bananas. Suppose further that the supply of organic bananas is: Qs = 3+2P where Qs is the quantity supplied per week of organic bananas. What is the equilibrium market quantity of organic bananas? (Round your answer to 2 decimal places.)