CONSIDER A MARKET WHERE SUPPLY AND DEMAND ARE GIVEN BY Qxs=-10+Px AND Qxd=56-2Px. SUPPOSE THE GOVERNMET IMPOSES A PRICE FLOOR OF $25, AND AGREES TO PURCHASE AND DISCARD ANY AND ALL UNITS CONSUMERS DO NOT BUY AT THE FLOOR PRICE OF $25 PER UNIT
Determine the cost to the government of buying firms unsold units
CONSIDER A MARKET WHERE SUPPLY AND DEMAND ARE GIVEN BY Qxs=-10+Px AND Qxd=56-2Px. SUPPOSE THE GOVERNMET...
Consider a market where supply and demand are given by QXS = -10 + PX and QXd = 56 - 2PX. Suppose the government imposes a price floor of $25, and agrees to purchase and discard any and all units consumers do not buy at the floor price of $25 per unit. Instructions: Enter your responses rounded to the nearest penny (two decimal places). a. Determine the cost to the government of buying firms’ unsold units. b. Compute the lost...
Consider a market where supply and demand are given by QXS = -12 + PX and QXd = 93 - 2PX. Suppose the government imposes a price floor of $44, and agrees to purchase and discard any and all units consumers do not buy at the floor price of $44 per unit. Instructions: Enter your responses rounded to the nearest penny (two decimal places). a. Determine the cost to the government of buying firms’ unsold units. $ 1188 b. Compute...
Consider a market where supply and demand are given by QXS = -14 + PX and QXd = 85 - 2PX. Suppose the government imposes a price floor of $38, and agrees to purchase any and all units consumers do not buy at the floor price of $38 per unit. a. Determine the cost to the government of buying firms’ unsold units. b. Compute the lost social welfare (deadweight loss) that stems from the $38 price floor.
Consider a market where supply and demand are given by QXS = -18 + PX and QXd = 78 - 2PX. Suppose the government imposes a price floor of $36, and agrees to purchase and discard any and all units consumers do not buy at the floor price of $36 per unit. b. Compute the lost social welfare (deadweight loss) that stems from the $36 price floor. The answer is not 48
Consider a market where supply and demand are given by Qx= -16Px and price floor of $40, and agrees to purchase and discard any and all units consumers do not buy at the floor price of $40 per unit. Qxa 92 - 2PX. Suppose the government imposes a a. Determine the cost to the government of buying firms' unsold units. b. Compute the lost social welfare (deadweight loss) that stems from the $40 price floor Consider a market where supply...
10. Consider a market where supply and demand are given by Q10 P and -56 2P. Suppose the government imposes a price floor of $25, and agrees to purchase any and all units consumers do not buy at the floor price of $25 per unit. a. Determine the cost to the government of buying firms unsold units. b. Compute the lost social welfare (deadweight loss) that stems from the $25 price floor.
Suppose demand and supply are given by QXd = 14 - (1/2)PX and QXs= (1/4)PX - 1 Instructions: Enter your responses rounded to the nearest whole number. a. Determine the equilibrium price and quantity. Show the equilibrium graphically. Equilibrium price: $ Equilibrium quantity: Instruction: Use the tools provided to graph the inverse supply function 'S' and the inverse demand function 'D' from X = 0 to X = 6 (two points total for each) and indicate the equilibrium point. b. Suppose...
Suppose the demand and supply functions for product X are as follows: OxD=100-5PX Qxs-20+.3Px Where, QxD is the quantity of product X demanded, in thousand per month; Qxs is the quantity of product X supplied, in thousand per month; and Px is the price of product X What is the equilibrium market price for product X? Select one: o a. 44 o b. 50 с.100 o d. 60 Previous page Finish attempt... 4 Financial Statements Jump to.
8. The market demand is Q” = 60 – 6P and the market supply is QS = 4P . Suppose the government imposes a price floor of $7 and agrees to purchase all excess units of quantity at that price. What is the cost of the program to the government? a. $70 b. $120 c. $125 d. $100
Suppose that the demand and supply functions for good X are Qd = 56 – 2PX + 0.01M +7PR Qs = -600 + 10PX Where PX is the sales price of good X, M is average consumer income, PR is the price of a related good. Is good X a normal or inferior good? Are good X and R complements of substitutes? Explain? Suppose M = $50,000 and PR = $20 What is the direct demand function for good X?...