Mr. Kamran Ali is building houses in Karachi. He has analyzed the market carefully, and he knows that at a price of Rs.12,000,000. (Rs.12 million) he will sell 8 houses per year. In addition, he knows that at any price above Rs.12,000,000. (Rs.12 million), no one will buy his houses because the government provides equal-quality houses to anyone who wants one at Rs.12,000,000. (Rs.12 million). He also knows that for every Rs.2,000,000. (Rs.2 million), he lower his price, he will be able to sell an additional 2 units. For example, at a price of Rs.10,000,000. (Rs.10 million), he can sell 10 houses; at a price of Rs.8,000,000. (Rs.8 million), he can sell 12 houses; and so on. Sketch the demand curve that Mr. Kamrans’ firm faces. Sketch the effective marginal revenue curve that his firm faces. If the marginal cost of building a house is Rs.10,000,000. (Rs.10 million), how many will he build and what price will he charge? What if MC = Rs.8,500,000. (Rs.8.5 million)?

Mr. Kamran Ali is building houses in Karachi. He has analyzed the market carefully, and he knows that at a price of Rs.12,000,000. (Rs.12 million) he will sell 8 houses per year. In addition, he knows that at any price above Rs.12,000,000. (Rs.12 million), no one will buy his houses because the government provides equal-quality houses to anyone who wants one at Rs.12,000,000. (Rs.12 million). He also knows that for every Rs.2,000,000. (Rs.2 million), he lower his price, he will be able to sell an additional 2 units. For example, at a price of Rs.10,000,000. (Rs.10 million), he can sell 10 houses; at a price of Rs.8,000,000. (Rs.8 million), he can sell 12 houses; and so on. Sketch the demand curve that Mr. Kamrans’ firm faces. Sketch the effective marginal revenue curve that his firm faces. If the marginal cost of building a house is Rs.10,000,000. (Rs.10 million), how many will he build and what price will he charge? What if MC = Rs.8,500,000. (Rs.8.5 million)?

Microeconomics: Principles & Policy

14th Edition

ISBN:9781337794992

Author:William J. Baumol, Alan S. Blinder, John L. Solow

Publisher:William J. Baumol, Alan S. Blinder, John L. Solow

Chapter4: Supply And Demand: An Initial Look

Section: Chapter Questions

Problem 2DQ

See similar textbooks

Similar questions

Explain, how you would set the price in Japan for a product that sells in the US for $10/unit. How, if at all, does that calcuation change if it retails for $100? $10,000? How do you guard against arbitrage, that is, someone buying it cheaply in one country and reselling it in a more expensive market.
Homework (Ch 05) On the following graph, use the green point (triangle symbol) to plot the weekly total revenue when the market price is $50, $75, $100, $125, $150, $175, and $200 per scooter. TOTAL REVENUE (Dollars) 7830 7290 6750 8210 5670 5130 4590 4050 3510 2970 0 25 50 75 100 125 150 175 200 225 250 275 300 325 PRICE (Dollars per scooter) Total Revenue gage Learning According to the midpoint method, the price elasticity of demand between points A and B is approximately Suppose the price of scooters is currently $25 per scooter, shown as point B on the initial graph. Because the demand between points A and B is a $25-per-scooter increase in price will lead to in total revenue per week. In general, in order for a price increase to cause a decrease in total revenue, demand must be
If your annual demand for renting videos is P = 7.5 - 2.7Q, If purchasing an membership guarantees that you can rent as movies as you like for $ 0.14 per video. How many movies will you rent per year? 2.72 What is the most that you will pay the for the annual membership? $ 3.8
Type the correct answer in the box. Spell all words correctly. Vivian conducted market research on her company’s products. She found that after the company raised the price of its product by $1.50, the demand in the uptown region remained the same with only minor fluctuations. However, she found that the demand in the downtown region dropped by 20 percent after the price change. How should Vivian take these demands into consideration? In a situation where demand differs in different areas, Vivian should consider the demand.
Discuss the relationship of price to consumerperceptions of quality.
Price per Ice-cream (Rs.) Demand for Ice cream (Qd) Supply for Ice cream (Qs) 140 500 1500 120 750 1200 100 1000 1000 80 1250 750 60 1500 600 40 1750 300 What is the maximum price that consumer is willing to pay for 1500 bottles?
Bryce is at the local grocery store, shopping for himself and his girlfriend Renee. This week, chicken breasts are on sale for 45 percent off the regular price. What two effects does Bryce face that may cause him to purchase more chicken breasts this week than he did last week
Home Juanita is deciding whether to buy a skirt that she wants, as well as where to buy it. Three stores carry the same skirt, but it is more convenient for Juanita to get to some stores than others. For example, she can go to her local store, located 15 minutes away from where she works, and pay a marked-up price of $103 for the skirt: Travel Time Each Way (Minutes) Store 15 Local Department Store 30 Across Town 60 Neighboring City Marked-up price Juanita's office Price of a Skirt (Dollars per skirt) 103 85 63 Discounted price Original price C C O Ⓒ
The following chart tells you the willingness to pay (WTP) for generic and custom refrigerators for three types and the number of each type on your market. Each refrigerator costs $200 to make the generic and $250 to make the custom. High Value Medium Value Low Value #of each type 20 30 30 Value for generic 600 500 175 Total value for Custom 750 575 200 If you were only to sell the generic refrigerator, what price should you set? If you were to sell both refrigerator types, what price should you set for the custom refrigerator?
Do the last part please
You must allocate the 70,000 seats in Reliant Stadium (in Houston) among Texan (Houston) and Cowboy (Dallas) fans for an upcoming game between the two footfall teams. You can set different prices for seats in the Dallas and Houston sections of the stadium. Suppose you can obtain $40/ticket from Houston fans irrespective of the number of seats you allocate to Houston fans. You must drop price in order to sell more tickets to Dallas fans, however. Let Q be the number of tickets you allocate to Dallas fans. Assume that the maximum price you can charge for these tickets is given by the following inverse demand function P= 80 500 (a) Express the total revenue (on all 70,000 seats) from ticket sales as a function of Q; (b) Derive the first-order condition of the revenue-maximizing problem (it's a function about Q); (c) What is the optimal number of seats allocated to Dallas fans?
my choice is incorrect