5) Aggregate supply Qs = Qs1 + Qs2
Supply curve for a firm is same as its marginal cost curve (P = MC):
Qs1 = 2 x (P - 5/2)
Qs2 = P - 4
Qs = Qs1 + Qs2 = 3P - 9
6)
Total willingness to pay = area under the demand curve upto Q = 10
TWP = 12 x 10 + (20 - 12) x 10/2 = $ 160
7) Marginal cost = $ 550
5. Suppose there are only two firms In the market for a certaln good. Flrm 1's...
Question 1 (1 point) $5.00 4.5아 4.00 3.50 3.00 2.50 2.00 1.50- 1.00 0.50 0 1 2 3 4 5 6 7 8 9 10 Quantity of Potato Chips r bag) Refer to the above diagram. This buyer's marginal willingness to pay for the 7th bag of potato chips is(include the dollar sign and 2 decimal places in your answer) Question 2 (1 point) Suppose there are only two firms in the market for a certain good. Firm 1's marginal...
Question 1 (1 point) Suppose the market demand for a certain good is represented by the equation MWTP-490- 0.25QD, and the market supply is given by MC 40 + 2QS. Assuming the absence of market failures, the socially efficient level of output equals_units. Question 2 (1 point) Suppose market demand for a certain good is represented by MwTP-490-0.25QD and the socially efficient price equals Question 3 (1 point) Suppose market demand for a certain good is represented by MWTP 490...
Question 13 (1 point) The net benefit to buyers from participating in a market can be measured by their total willingness-to-pay True False Question 14 (1 point) Suppose there are only two individuals in the market for a certain good. Individual A's inverse demand equation is P-8-0.5Qd and individual B's inverse demand equation is P 10-Qd. What is the aggregate demand equation for this market? Qd-14-1.5P Qd-12-2/3P Qd- 26-3P P-18-1.5Qd Question 15 (1 point) Technolopical Progress and the Marginal Cost...
Question 6 (1 point) The following equations represent the MWTP (demand) function and the private MC functions in the market for some good where a negative externality (such as pollution) results in damages of $12 per unit of the good produced. MWTP 400 QD MPC 55+0.5QS The market equilibrium level of output will be equal to units. Question 7 (1 point) The following equations represent the MWTP function and the private MC function in the market for some good where...
please explain all details. Market demand curve for a good produced only by two firms is given by P= 70- 20. Both firms produce with constant and identical marginal cost of 3. 10, that is MC, = MC, = 10. (P,Q.4-42,) in Cournot equilibrium. a) Find b) Find (P,Q,q1,92,,, 2) in Stackelberg equilibrium with Firm 1 acting as the leader. c) Compare your findings with monopoly and competitive equilibria. Market demand curve for a good produced only by two firms...
There are two different types of producers of a good in an industry where firms are price-takers. The marginal cost curves of the two types are shown in the figure. Type A is more efficient than Type B: for example, as shown, at the output of 20 goods, the Type A firms have the marginal cost of £2, as opposed to the marginal cost of £3 for the Type B firms. There are 20 Type A firms and 15 Type...
Question6 10 pts Suppose there are two people, with their willingness to pay for a good given by WTP1 10- 2Q and WTP2 5- Q/2. If the good in question is a private good, what is the aggregate demand for these two people? 。WTP-10-2Q for 0 Q < 2.5 and WTP 6-20/5 otherwise. O WTP = 10-2Q for 0 s Q < 5 and WTP = 6-20/5 otherwise. 。WTP-15-SQ/2 for 0 Q < 2.5 and WTP-5-Q/2 otherwise. ·WTP = 15-5Q/2...
1. Suppose supply in a market is Qs = P + Ps = 30, where P is the price and Q is the quantity. There is perfect competition in this market and demand is Qp = 80 - P + PD = 160 - 20. (D) The equations to the right are the inverse functions. (a) Calculate price and quantity in equilibrium. Illustrate the equilibrium in a figure. Mark carefully the slopes and in- tercepts (the intersections of the curves...
Suppose a market has two firms that sell identical products. These firms face an inverse market demand function of P=120 – Q. Firm 1 has a constant MC=20. Firm 2’s marginal cost is MC=30. Find the Cournot equilibrium price, quantities, and profits for each firm. If these firms were able to perfectly collude, what would be the monopoly equilibrium?
The market for disinfectant is dominated by a firms, Lysol and Clorox. The marginal cost (MC) for providing disinfectant is $1 (average cost is also $1), and the consumer form their demand for disinfectant via the following inverse demand equation P-5-Q:. The corresponding marginal revenue curve is: P-5- 20 a. If Lysol and Clorox decide to collude, what quantities will be sold in the market and what price will consumers pay for this quantity? (s points) i. Quantity: il. Price:...