There are 10 households in Lake Wobegon, Minnesota, each with a demand for electricity of Q-60-P. Lake Wobegon Electric's (LWE) cost of producing electricity is TC 600 +Q. a. If the regulators of...
There are 10 households in Lake Wobegon, Minnesota, each with a demand for electricity of Q = 50 - P. Lake Wobegon Electric's (LWE) cost of producing electricity is TC = 500 +Q. a. If the regulators of LWE want to make sure that there is no deadweight loss in this market, what price will they force LWE to charge? What will output be in that case? Calculate consumer surplus and LWE's profit with that price. (Round all responses to...
There are 10 households in Lake Wobegon, Minnesota, each with a demand for electricity of Q = 50 − P. Lake Wobegon Electric's (LWE) cost of producing electricity is TC = 575 + 2Q. a. If the regulators of LWE want to make sure that there is no deadweight loss in this market, what price will they force LWE to charge? What will output be in that case? Calculate consumer surplus and LWE's profit with that price. (Round all responses...
Demand: P= 120 - 0.5 Q Total Cost: TC= 1 Q 2 Part 1: Find the profit-Maximizing Q of the Monopoly Part 2: Find The profit-Maximizing price of the Monopoly Part 3: Find the Total Profit at the profit maximizing quantity Part 4: Find the amount of consumer surplus at the profit maximizing quantity Part 5: Find the deadweight loss at the profit maximizing quantity
If a monopoly faces an inverse demand curve of p=330-Q, has a constant marginal and average cost of $90, and can perfectly price discriminate, what is its profit? What are the consumer surplus, welfare, and deadweight loss? How would these results change if the firm were a single price monopoly? Profit from perfect price discrimination (T) is S . (Enter your response as a whole number) Corresponding consumer surplus is (enter your response as whole numbers): CSESO welfare is W=$...
*2.2 If a monopoly faces an inverse demand function of p = 90 − Q , p=90−Q, has a constant marginal and average cost of 30, and can perfectly price discriminate, what is its profit? What are the consumer surplus, total surplus, and deadweight loss? How would these results change if the firm were a single-price monopoly?
A local electric utility provider is a considered by regulators to be a natural monopoly. It has fixed costs of $100 million and a constant marginal cost of $0.25 per KWH. Its demand curve is linear: ?=160−0.00001? where ? is the price per KWH and Q is the quantity demanded by consumers in KWH per year. a. Confirm that this utility provider is a natural monopoly. [HINT: It might be helpful to use Excel for this exercise.] b. Find the...
Suppose a monopolist faces consumer demand given by P 600 1Q with a constant marginal cost of $60 per unit (where marginal cost equals average total cost. asssume the firm has no fixed costs). If the monopoly can only charge a single price, then it will earn profits of S(Enter your response rounded as a whole number.) Correspondingly, consumer surplus is S However, if the firm were to practice price discrimination such that consumer surplus becomes profit, then, holding output...
Practice Question 4. The inverse demand curve a monopoly faces is p = 30 – Q. The firm's total cost function is C(Q) = 0.5Q² and thus marginal cost function is MC(Q) = Q. (a) Determine the monopoly quantity, price and profit, and calculate the CS, PS and social welfare under the monopoly. (b) Determine the socially optimal outcome and calculate the CS, PS and social welfare under the social optimum. (c) Calculate the deadweight loss due to the monopolist...
Two duopoly firms each have a cost function: TC (Q) 600 Market Inverse Demand is: Po (Q)-824 0.6Q After the duopolists meet secretly and agree to evenly split the profit-maximizing output, Firm 1 decides to break the monopoly-splitting agreement and change its output to maximize its own profit. What will be the reduction in price for both firms to the nearest dollar? (Subtract the new price from the monopoly price] Two duopoly firms each have a cost function: TC (Q)...
A monopolist’s inverse demand is P=500-2Q, the total cost function is TC=50Q2 + 1000Q and Marginal cost is MC=100Q+100, where Q is thousands of units. a). what price would the monopolist charge to maximize profits and how many units will the monopolist sell? (hint, recall that the slope of the MARGINAL Revenue is twice as steep as the inverse demand curve. b). at the profit-maximizing price, how much profit would the monopolist earn? c). find consumer surplus and Producer surplus...