Question 2 Suppose there are 100 households whose demand for electricity is given by Q =...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Question 2 Suppose there are 100 households whose demand for electricity is given by Q = 40 - P. The local power company has a constant marginal cost of 2, and a fixed cost of 10,000. (a) Suppose the power company charges a price per unit of electricity that maxi- mizes profits. Determine the price, the demand of each household, and the company's profit (Recall that you must use aggregate demand of all 100 households. Q = 40-P is the demand of a single household). (b) Now suppose that the power company uses two part pricing. It selects a price P per unit and a fixed fee F that maximizes profit. Determine P. F, and the firm's profit (Now you must use individual demand Q = 40-P to determine P and F. Of course, in order to determine profits you must use the fact that there are a total of 100 such households.) (e) Determine the efficiency gain from using two-part pricing instead of a price per unit. This efficiency gain is measured by the sum of the following: (a) the change of firm profits; (b) the change of consumer utility (see your class- notes). (d) Now suppose that the government wants to regulate the power company. In particular, the government wants (a) production to be efficient and (b) firm profits to be zero. This objective can be achieved by charging a fixed fee F in addition to a price per unit P. Determine F and P. Question 2 Suppose there are 100 households whose demand for electricity is given by Q = 40 - P. The local power company has a constant marginal cost of 2, and a fixed cost of 10,000. (a) Suppose the power company charges a price per unit of electricity that maxi- mizes profits. Determine the price, the demand of each household, and the company's profit (Recall that you must use aggregate demand of all 100 households. Q = 40-P is the demand of a single household). (b) Now suppose that the power company uses two part pricing. It selects a price P per unit and a fixed fee F that maximizes profit. Determine P. F, and the firm's profit (Now you must use individual demand Q = 40-P to determine P and F. Of course, in order to determine profits you must use the fact that there are a total of 100 such households.) (e) Determine the efficiency gain from using two-part pricing instead of a price per unit. This efficiency gain is measured by the sum of the following: (a) the change of firm profits; (b) the change of consumer utility (see your class- notes). (d) Now suppose that the government wants to regulate the power company. In particular, the government wants (a) production to be efficient and (b) firm profits to be zero. This objective can be achieved by charging a fixed fee F in addition to a price per unit P. Determine F and P.
Expert Answer:
Answer rating: 100% (QA)
Given 100 households 2 Q 40P demand for electricity ... View the full answer
Related Book For
Posted Date:
Students also viewed these economics questions
-
A monopoly has a constant marginal cost of production of $ 1 per unit and a fixed cost of $ 10. Draw the firms MC, AVC, and AC curves. Add a downward- sloping demand curve, and show the profit-...
-
A monopolist has a constant marginal cost of 16. Consumers' inverse demand is P = 45-5. The monopolist runs a persuasive advertising campaign that costs 11 and increases consumer demand to P = 50 -...
-
Suppose that the demand for bentonite is given by Q = 40 - 0.5P, where Q is in tons of bentonite per day and P is the price per ton. Bentonite is produced by a monopolist at a constant marginal and...
-
Can someone please help me with sections d, e, and f? Black and Shannon trave decided to fom a partnership. They have agreed that Black is to invest \( \$ 243,000 \) and that 5 hannon is to invest...
-
Here are selected 2014 transactions of Cleland Corporation. Jan. 1 Retired a piece of machinery that was purchased on January 1, 2004. The machine cost $62,000 and had a useful life of 10 years with...
-
Repeat Worked-Out Problem 16.2 with the following assumptions: Lauren's utility function is UL(FL, WL) = Min {4FL, WL} Humphrey's utility function is UH (FH, WH) = 2FH + WH Their initial endowments...
-
Requirements: 1. Compute Vision Equipments (a) quick ratio and (b) accounts receivable turnover for 2010. 2. Evaluate each ratio value as strong or weak. Assume Vision Equipment sells on terms of net...
-
Using the data given in Problem 2-1, assume that Roland Company exchanged 14,000 of its $45 fair value ($1 par value) shares for 16,000 of the outstanding shares of Downes Company. The following fair...
-
Francine currently has $ 4 5 , 0 0 0 in her 4 0 1 k account at work, and plans to contribute $ 6 , 0 0 0 each year for the next 2 0 years. How much will she have in the account in 2 0 years, if the...
-
What type of web server is sending packet/frame 280 of the capture? 2. What type of HTTP Status Code is the web server in packet/frame 314 sending? Google the error and provide a quote summarizing...
-
Steve is a process engineer at Tilgetti Brothers. He has been with the company for 2 years. He loves his job. He works with a team of engineers that have a lot of experience. He has learned so much...
-
1 ) Discuss the differences between common and preferred shares. ( 1 0 marks ) 2) Why would a company issue preferred shares instead of common shares? ( 5 marks ) 3) Why would an outside investor...
-
A child accelerates upwards in an elevator which causes his apparent weight to become 405 N. Determine the magnitude of the elevator's acceleration if his normal weight is 400 N. [0.123 m/s]
-
Dunsley Springs plc is looking to acquire a specialist drilling machine. The machine can be either bought for cash or leased and the company is looking into which of the two alternatives is the best...
-
For this case study, we'll take a look at St. Sebastian Health System, a modest-sized Midwest hospital system. The CFO has brought you in to examine some long-term financial trends in his system. She...
-
Manage Emergency Situation Danni Woslecki the Assistant Educator in the Willow Oak room at Little.ly was working on her own on Friday at 8 a.m. as only three children in this age group had arrived....
-
Look at the following array definition: String[] colors = {"Blue","Green","Purple"}; a. What will be returned by colors[2].length() when you print it to screen? b. What will be returned by...
-
Hardin Services Co. experienced the following events in 2016: 1. Provided services on account. 2. Collected cash for accounts receivable. 3. Attempted to collect an account and, when unsuccessful,...
-
Jon is always willing to trade one can of Coke for one can of Sprite, or one can of Sprite for one can of Coke. a. What can you say about Jons marginal rate of substitution? b. Draw a set of...
-
Suppose the interest rate is 10%. What is the value of a coupon bond that pays $80 per year for each of the next five years and then makes a principal repayment of $1000 in the sixth year? Repeat for...
-
Joe earned a high grade point average during his four years of college. Is this achievement a strong signal to Joes future employer that he will be a highly productive worker? Why or why not?
-
The duties of a nozzle and a diffuser are (a) Opposite to each other (b) Identical to each other (c) Not comparable at all (d) None of these.
-
Nozzles and diffusers are widely used in (a) Heat exchangers (b) Refrigeration systems (c) Rockets and other space vehicles (d) None of these.
-
1 ton of refrigeration is equivalent to (a) \(3.517 \mathrm{~kW}\) (b) \(4.202 \mathrm{~kW}\) (c) \(250 \mathrm{kcal} / \mathrm{min}\) (d) \(50000 \mathrm{kcal} / \mathrm{min}\).
Study smarter with the SolutionInn App