Derive the demand curve from the following:
(i) Q = 100 – 0.2P; (ii) TR = 287Q – Q2; (iii) TR = 578Q; (iv) MR = 500 – Q
Derive the demand curve from the following: (i) Q = 100 – 0.2P; (ii) TR =...
A monopolist faces the following demand curve: Q = 80 – 0.2P Where Q is the weekly production and P is the price, measured in $/unit. The firm’s cost function is given by C = 100 + 20Q2 . Assuming the firm maximizes profits, Find the equation describing the marginal revenue (MR) curve. What is the level of production (Q), price (P), and total profit (π) per week? If the government decides to levy a per-unit tax of 50 $/unit...
3) If the demand function P -80 -30 i. Find an expression for TR and MR in terms of Q ii. Estimate the change in TR brought about by 0.4 units decrease in output from the current level of 10 units. 4) If the average cost function C. 2 _ 100 i. Find an expression for TC What is the fixed cost in this case. ii. Write an expression of the marginal cost function MC. Estimate the effect on TC...
Numerical Problem Monopoly A monopoly firm faces a demand curve given by the following equation: P=$500-100 solve for P: where Q equals quantity 0 to 40 by 4s Its MC curve is constant at MC=$140 per day. [MC is a horzontal curve) Assume that the firm faces no fixed cost. (Therefore TC=$140*Q] Demand Curve (Average Revenue) Q=($500-PV10 P=$500-100 units per day price per unit TR=PxQTC =TR-TC MR MC SO $1,840 0 560 $0 $1,280 - 460 140 20 $500 $460...
TR - (100-298 1004.22 9= 25 Check q=35 T=TR -TC MR = 100.49 T= (193.35)-(500+560+122) = 970 MAX price = 93 MAX Quantity =35 Profit = 970 me > MR 27.4V 9-15 4) A firm has a demand curve of q = 400 - 4p. They compute their variable costs to be, vo - 40q+.25q'. They have a fixed cost associated with the business of $10,000. What is the firm's profit maximizing price and quantity? What is their profit? Be...
In a small country, the demand curve is given as: Q=100-5P, supply curve: Q=3P-12, and the world price is $10. I. What is the social surplus under free trade? (5%) II. If the government impose a $2/unit tariff on the good, what is the deadweight loss? (10%) III. Show the change in equilibrium and deadweight loss on a graph. (10%)
Question 1 (45%): In a perfectly competitive market, the demand curve is given as: Q=100-5P, the supply curve is given as Q=3P-12. I. Compute the total social surplus of this market. (10%) II. If the government impose a tax on the producers, and the tax rate is $2 per unit produced. What is the deadweight loss? (10%) III. If the government impose a tax on the consumers, and the tax rate is $2 per unit purchased, graphically show the change...
Consider an (inverse) demand curve P = 30 - Q. And a total cost curve of C(Q) = 12Q. (a) Assume a monopolist is operating in this market. (i) Calculate the quantity (qM) chosen by a profit-maximizing monopolist. (ii) At the profit-maximizing quantity, what is the monopolistic market price (pM) of the product. (iii) Calculate the dead-weight loss (allocative inefficiency) associated with this monopoly market. Assume the market for this product is perfectly competitive. (i) Calculate the market-clearing output (qPC)...
Assume TR(Q) = 150 + 500-50° and TC(Q) = 100 + 6Q Create a table in Excel showing TR(Q), MR (0), TC(Q), MC (Q), π (Q), and marginal profit, as O goes from 0 to 10 in increments of 1 b. Identify the level of Q that maximizes profit. c. At the level of Q that maximizes profit, what is the relation between MR and MC? d. At the level of Q that maximizes profit, what is marginal profit? e....
1. Suppose that a monopolist has a patent for widgets and the market demand curve Q(P) is: Q = 60 – 2P, where P is the price in dollars and Q is quantity. a. Solve for the inverse demand P(Q) curve by solving the demand curve for P in terms of Q. b. Using your answer from (a), express the monopolist’s total revenue in terms of Q as TR(Q) = QP(Q). c. Calculate the monopolist’s marginal revenue MR(Q) by differentiating...
1) If the demand functions is P=100-4Q Find expressions for TR and MR in terms of Q. Hence estimate the change in TR brought about by a 0.3 unit increase to output from a current level of 12 units. Please explain