Suppose the inverse market demand curve for widgets is given by p = 12 – 2Q, and the market is characterized by Stackelberg duopoly. Both firms have marginal costs of 2 and fixed costs of 0. What is the equilibrium price in the market? Your answer should be rounded to the first decimal place (e.g. 123.4).
Suppose the inverse market demand curve for widgets is given by p = 12 – 2Q,...
The market demand curve for a pair of duopolists is given as P=56- 2Q where Q=Q4 + Q2. The constant per unit marginal cost is O for firm 1 and 2 for firm 2. Both firms also have no fixed costs. Find the equilibrium price, quantity and profit for each firm if firm 1 is the Stackelberg leader and firm 2 a follower. Now re-do the computations assuming that firm 2 is the leader and firm 1 the follower. (Round...
Consider a market where inverse demand is given by P=720-3Q . Marginal costs are zero. What would be the difference between and Stackelberg duopoly equilibrium and a three firm Cournot-Nash equilibrium? 4. Consider a market where inverse demand is given by P=720-3Q . Marginal costs are zero. What would be the difference between and Stackelberg duopoly equilibrium and a three firm Cournot-Nash equilibrium? 4.
3. Two firms that are engaged in Stackelberg competition face the market inverse demand curve P-100-2Q, where Q is the total 22-0.Sqy, what is Firm 1's (the first-mover's) nverse demand une output, q2. Each firm produces the product at a constant marginal cost of $22. If Firm 2's reaction function is P 56-4 OP=100-2(92-22 + 0.050;) OP=88-1.541 P 88-24
Suppose that the market demand curve for mineral water is given as ?=100−10? and marginal cost is fixed at $4. Find the equilibrium price and quantity in each type of different market structure. Show your calculation. a) Monopoly, Cournot duopoly, and Stackelberg duopoly b)Bertrand duopoly (MR is fixed at the level of MC). c) Perfect competitive market (MR is fixed at the level of MC).
Consider the inverse demand curve: p 80 2Q. Assume the market price is $10.00. Calculate consumer surplus at the equilibrium market price and quantity. Consumer surplus (CS) is (Enter your response rounded to two decimal places.)
Suppose that the market demand curve for mineral water is given as ?=100−10? and marginal cost is fixed at $4. Find the equilibrium price and quantity in each type of different market structure. Show your calculation. 1) Monopoly, Cournot duopoly, and Stackelberg duopoly 2)Bertrand duopoly (MR is fixed at the level of MC). 3) Perfect competitive market (MR is fixed at the level of MC).
Suppose that the market demand curve for mineral water is given as Q=100−10P and marginal cost is fixed at $4. Find the equilibrium price and quantity in each type of different market structure. Show your calculation. a) Monopoly b) Cournot duopoly c) Stackelberg duopoly d) Bertrand duopoly (MR is fixed at the level of MC). e) Perfect competitive market (MR is fixed at the level of MC).
2. Suppose the market demand curve is P = 40 − 3Q and all firms in the industry face M C = 4 and have no fixed costs. For each of the following situations, calculate the five items: Market Price , Quantity per firm ,Profits per firm ,Consumer Surplus ,Deadweight Loss (a) Uniform pricing monopolist P = Q = π = CS = DWL = (b) Cournot Duopoly P= Q1 = Q2 = π 1 = π2...
Suppose that the market demand curve for mineral water is given as Q-100-10P and marginal cost is fixed at $4. Find the equilibrium price and quantity in each type of different market structure. Show your calculation (2 points for each subquestion). a) Monopoly b) Coumot duopoly c) Stackelberg duopoly d) Bertrand duopoly (MR is fixed at the level of MC). e) Perfect competitive market (MR is fixed at the level of MC)
Suppose the demand curve for soda pop is given by P = 820 – 2Q. In this industry, Coca Cola is the Stackelberg leader and Pepsi is the Stackelberg follower. Suppose marginal cost for each firm is $80. Solve for optimal output and resulting profit for each firm.