Question

In: Economics

Suppose the market demand for broccoli is given by Demand: Q = 1000 – 5P Where...

Suppose the market demand for broccoli is given by

Demand: Q = 1000 – 5P

Where Q is quantity measured in 100s of bushels and P is price per hundred bushels. The market supply is given by

Supply: Q = 4P – 80

  1. What is the equilibrium price and quantity? How much is spent on broccoli? What is consumer and producer surplus?
  2. Describe the impact of a $150 per hundred bushel price floor on broccoli. (How many bushels would be sold? What is consumer and producer surplus? What is the welfare loss compared to (a)?)
  3. Suppose the government instituted a $45-per-hundred-bushel tax on broccoli. How would the tax affect the equilibrium? How would the tax burden be shared by producers and consumers? What is consumer and producer surplus? How much tax revenue is raised? What is the welfare loss compared to (a)?

Solutions

Expert Solution


Related Solutions

Suppose that the demand for broccoli is given by: Q=1000-5P where Q is quantity per year...
Suppose that the demand for broccoli is given by: Q=1000-5P where Q is quantity per year measured in hundreds of bushels and P is the price in dollars per hundred bushels. The long-run supply curve for broccoli is given by: Q=4P=80 A. Show that the equilibrium quantity here is Q= 400. At this output, what is the equilibrium price? How much in total is spent on broccoli? What is consumer surplus at this equilibrium? What is producer surplus at this...
Problem 2. Suppose that demand for broccoli is given by QD = 1,000 – 5P, where...
Problem 2. Suppose that demand for broccoli is given by QD = 1,000 – 5P, where QD is quantity per year measured in hundreds of bushels and P is price in dollars per hundred bushels. The long-run supply curve for broccoli is given by QS = 4P – 80. a. Show that the equilibrium quantity here is Q = 400. At this output, what is the equilibrium price? How much in total is spent on broccoli? What is the consumer...
Suppose that the market demand is given by Q(p)=200-5p. Let p(q) be the maximal price at...
Suppose that the market demand is given by Q(p)=200-5p. Let p(q) be the maximal price at which the agents would buy q units, i.e., the inverse demand function. Then? a. p(q)=40-5q b. p(q)=40-0.2q c. p(q)=40-0.4q d. p(q)=200-10q e. p(q)=200-5q
Suppose the demand equation facing a firm is Q = 1000 – 5P, MR = 200...
Suppose the demand equation facing a firm is Q = 1000 – 5P, MR = 200 – 0.4 Q, and MC = $20. Compute the maximum profit the firm can earn. Suppose the firm is considering a quantity discount. It offers the first 400 units at a price of $120, and further units at a price of $80. How many units will the consumer buy in total? Compute the profit if the quantity discount is implemented. If the firm implemented...
Suppose the demand equation facing a firm is Q = 1000 – 5P, MR = 200...
Suppose the demand equation facing a firm is Q = 1000 – 5P, MR = 200 – 0.4 Q, and MC = $20. Compute the maximum profit the firm can earn. Suppose the firm is considering a quantity discount. It offers the first 400 units at a price of $120, and further units at a price of $80. How many units will the consumer buy in total? Compute the profit if the quantity discount is implemented. If the firm implemented...
Consider a perfectly competitive market where the market demand curve is p(q) = 1000-q. Suppose there...
Consider a perfectly competitive market where the market demand curve is p(q) = 1000-q. Suppose there are 100 firms in the market each with a cost function c(q) = q2 + 1. (a) Determine the short-run equilibrium. (b) Is each firm making a positive profit? (c) Explain what will happen in the transition into the long-run equilibrium. (d) Determine the long-run equilibrium.
Suppose the inverse demand function is given by ?=5?−5p=5q−5 where p is the market price and...
Suppose the inverse demand function is given by ?=5?−5p=5q−5 where p is the market price and q is the quantity demanded. Calculate price elasticity of demand. Round your answer to the first decimal place. There is no value for p. This is all the information the question gives.
Consider a market where inverse demand is given by P = 40 − Q, where Q...
Consider a market where inverse demand is given by P = 40 − Q, where Q is the total quantity produced. This market is served by two firms, F1 and F2, who each produce a homogeneous good at constant marginal cost c = $4. You are asked to analyze how market outcomes vary with industry conduct: that is, the way in which firms in the industry compete (or don’t). First assume that F1 and F2 engage in Bertrand competition. 1....
Assume that the market demand function is: Q(D) = 2000 - 5P And the market supply...
Assume that the market demand function is: Q(D) = 2000 - 5P And the market supply function is: Q(S) = 100 + 5P Assume that the government passes legislation that sets the maximum price to $100 a unit. Which of the following statements are correct (multiple statements may be correct)? 1.) At a legally mandated price of $100 a unit, quantity demanded is equal to 1050 and quantity supplied is equal to 1050, therefore the legally mandated price has no...
Suppose that the market price is given by max{0,10 -Q} where Q is the total market...
Suppose that the market price is given by max{0,10 -Q} where Q is the total market quantity. Firms in this market choose quantity and then the price in the market is revealed. Suppose that there are two firms in the market, Firm A and Firm B. Each firm has a constant marginal cost of one and no fixed costs. Suppose that Firm A chooses output first, it is then observed by Firm B and then Firm B makes her choice...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT