Question

3 Utility regulation A monopolist utility has cost function $C(q) = 2\sqrt{q}$ and operates in a market with aggregate demand curve $D(p) = (p/3)^{-3/2}$. 1. Plot the demand curve and the firm's marginal revenue and marginal cost curves on a single graph. 2. Calculate the firm's optimal price and output if it acts as a monopolist in the market. Mark both of these numbers on your graph. What are its monopoly profits? 3. Calculate the output level which maximizes social surplus. Mark this number on your graph. What is the deadweight loss of monopoly in this market? Calculate it and shade in the corresponding region on your graph. 2 4. Suppose a regulator imposes a price ceiling $\bar{p}$ on the market. What is the lowest $\bar{p}$ the regulator can impose without shutting down the utility? Can the regulator achieve efficiency by imposing a price ceiling?

          3 Utility regulation
A monopolist utility has cost function $C(q) = 2\sqrt{q}$ and operates in a market with aggregate
demand curve $D(p) = (p/3)^{-3/2}$.
1. Plot the demand curve and the firm's marginal revenue and marginal cost curves on a
single graph.
2. Calculate the firm's optimal price and output if it acts as a monopolist in the market.
Mark both of these numbers on your graph. What are its monopoly profits?
3. Calculate the output level which maximizes social surplus. Mark this number on your
graph. What is the deadweight loss of monopoly in this market? Calculate it and
shade in the corresponding region on your graph.
2
4. Suppose a regulator imposes a price ceiling $\bar{p}$ on the market. What is the lowest $\bar{p}$ the
regulator can impose without shutting down the utility? Can the regulator achieve
efficiency by imposing a price ceiling?
        
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3 Utility regulation
A monopolist utility has cost function C(q) = 2√(q) and operates in a market with aggregate
demand curve D(p) = (p/3)^-3/2.
1. Plot the demand curve and the firm's marginal revenue and marginal cost curves on a
single graph.
2. Calculate the firm's optimal price and output if it acts as a monopolist in the market.
Mark both of these numbers on your graph. What are its monopoly profits?
3. Calculate the output level which maximizes social surplus. Mark this number on your
graph. What is the deadweight loss of monopoly in this market? Calculate it and
shade in the corresponding region on your graph.
2
4. Suppose a regulator imposes a price ceiling p̅ on the market. What is the lowest p̅ the
regulator can impose without shutting down the utility? Can the regulator achieve
efficiency by imposing a price ceiling?

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Principles of Economics
Principles of Economics
Gregory Mankiw 8th Edition
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3 Utility regulation A monopolist utility has cost function C(q) = 2/q and operates in a market with aggregate demand curve D(p) = (p/3)-3/2 1. Plot the demand curve and the firm's marginal revenue and marginal cost curves on a single graph. 2. Calculate the firm's optimal price and output if it acts as a monopolist in the market Mark both of these numbers on your graph. What are its monopoly profits? 3. Calculate the output level which maximizes social surplus. Mark this number on your graph. What is the deadweight loss of monopoly in this market? Calculate it and shade in the corresponding region on your graph. 2 4. Suppose a regulator imposes a price ceiling p on the market. What is the lowest p the regulator can impose without shutting down the utility? Can the regulator achieve efficiency by imposing a price ceiling?
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Transcript

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00:01 So here we're talking monopoly, right? and we are given a picture of a monopolist, which is deciding between quantity and price, they face a pretty flat demand curve, and a slightly steeper marginal revenue curve.
00:16 And then they also have this marginal cost curve, right? marginal cost equals to average total cost.
00:25 So the first thing in one is they want to max profit.
00:30 And the way they do that is by setting marginal revenue equals to marginal cost.
00:36 So this gives us this point right here, which is 50.
00:40 And that induces a price of if you scale it up to the demand curve 45...
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