Refer to the figure. In order to profit maximize, the monopolist should: Charge a price of $16 in Market A, and $10 in Market B. Charge a uniform price of $6 in both markets. Charge a price of $14 in Market A, and $9 in Market B. Charge a price of $16 in Market A, and $6 in Market B.

If a profit-maximizing monopolist is currently charging a price on the inelastic portion of its demand curve, what action should it take to maximize profits? It should reduce both output and price. It should raise the price and decrease output. It should raise the price and hold output constant. It should lower the price and increase output.

A monopolist has four distinct groups of customers: group A has an elasticity of demand of 0.2, group B has an elasticity of demand of 0.8, group C has an elasticity of demand of 1.0, and group D has an elasticity of demand of 2.0. The group paying the highest price for the product will be group: a) D. b) C. c) B. d) A.

If the monopolist shown in the following figure could implement a two- part tariff, the entry fee would be: $0. $225. $450. $900. $1,200.

Suppose a monopolist faces a market demand that is the first two columns in the table below. Also, in the short run, assume that Total Fixed Cost equals $100 and the monopolist has Total Variable Cost according to the table. Find Total Revenue for each price and quantity combination, and then Marginal Revenue as price falls and quantity increases. Fill in the rest of the costs in the table and find profit at each price and quantity combination as the difference between Total Revenue and Total Cost. If profit is less than zero that indicates a loss. What is the maximum profit you found in this table? At what quantity and price combination is profit maximized for this monopolist? Next, verify this result by using Marginal Analysis to find the profit maximizing price and quantity combination. For each quantity, ask yourself if Marginal Revenue exceeds Marginal Cost. If it does, then profits would be increased by producing that quantity. As you go down the table to higher quantities, stop…

This is part 1 of a multi-part question. A monopolist faces the demand curve Q = 144 / P2, where Q is the quantity demanded and P is price. Its average variable cost is AVC = Q1/2 and its fixed cost is 25. 1. Find the monopolist's profit-maximizing quantity. (Round to at least 2 decimal places.)2. Find the monopolist's profit-maximizing price

The following table (see MS Word/PDF version of Take-Home Quiz #5 handout, page 1) shows a market demand a monopolist is facing. Use the table to answer questions #4 thru #6. Average Marginal Marginal Rev. Total Economic Quantity Price Total Rev. Rev. Cost Cost Profit (Q) (P) (TR) (AR) (MR) (MC) (TC) (II) === =====%3D ====== =====3= 1 35 35 11 11 24 64 32 29 11 22 42 3 29 11 4 17 11 23 11 11 6. 120 11 7 17 -1 11 -7 11 9 99 11 -13 11 10 80 8. 11 [Extra Credit 2 pts] Fill all blanks in the Table 1 on the Quiz #5 handout. You will receive extra credit if you submit the completed table via email. Q4. If the monopolist sells 8 units of its product, how much total revenue (TR) will it receive from the sale? 40 O 87 O 104 O 112 O 164

Answer multiple choice

A monopolist serves a market with five potential buyers, each of whom would buy at most one piece of the monopolist's good. Anna would be willing to pay up to £80 for it, Bob up to £90, Chloe up to £100, Dave up to £110 and Elizabeth up to £120. The monopolist's variable cost function is given in below table. Quantity Variable Costs 1 3. 4. 40 90 150 220 300 Price Marg. Revenue a) Indicate in the table which price the monopolist would want to charge for each given quantity. b) Find the marginal revenue for each quantity. c) Find the monopolist's profit maximising price under the assumption that he wants to produce anything at all. d) How large can the monopolist's fixed costs be such that he still wants to start producing at 1. D Focus 9°C Sun

Find the economic profit of a monopolist using the following information: Demand: p = 130—3Q Total cost: TC = 100 + 30Q