Price, dollars per pound Quantity, thousand pounds per day 1.90 1.35 1.5 2.2 1.25 1.20 0.95 4.4 5.9 6.5 0.85 0.73 7.0 8.8 Using the Excel trendline option to estimate a linear demand function, the linear demand function is Q= 12.53 – 6.25p. Suppose the quantity in the first row of the table were 3 instead of 1.5. The linear demand function would now be Q=-p. (Enter your responses rounded to two decimal places.) Suppose the quantity in the second row of the table were 3.2 instead of 2.2. The linear demand function would now be Q=-p. (Enter your responses rounded to two decimal places.)

Price, dollars per pound Quantity, thousand pounds per day 1.90 1.35 1.5 2.2 1.25 1.20 0.95 4.4 5.9 6.5 0.85 0.73 7.0 8.8 Using the Excel trendline option to estimate a linear demand function, the linear demand function is Q= 12.53 – 6.25p. Suppose the quantity in the first row of the table were 3 instead of 1.5. The linear demand function would now be Q=-p. (Enter your responses rounded to two decimal places.) Suppose the quantity in the second row of the table were 3.2 instead of 2.2. The linear demand function would now be Q=-p. (Enter your responses rounded to two decimal places.)

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

The estimated monthly sales of Mona Lisa paint-by-number sets is given by the formula q = 95e−3p2 + p, where q is the demand in monthly sales and p is the retail price in hundreds of yen. (a) Determine the price elasticity of demand E when the retail price is set at ¥400. E = _____ Interpret your answer. The demand is going down/up by ____ % per 1% increase in price at that price level. Thus, a large price decrease/increase is advised. (b) At what price will revenue be a maximum? ____ hundred yen (c) Approximately how many paint-by-number sets will be sold per month at the price in part (b)? (Round your answer to the nearest integer.) ______ paint-by-number sets per month
Answer only subpart 4
Consider the demand function for good1, Q1 = 2037 - 9P1 + 0.6000000000000001P2 - 0.75P3 + 0.07Y Where, price of good1 (P1) is 59, price of good2 (P2) is 255, price of good3 (P3) is 195, and income (Y) is 24425; (a) Find the price elasticity of demand (PED). (Give your answer to two decimal places) (b) Find the income elasticity of demand (YED). (Give your answer to two decimal places) c) Find the cross price elasticity of demand (XED) between good1 and good3. (Give your answer to east two decimal places) d) Estimate the percentage change in the demand for good1 resulting from a 4% decrease in the price of good2. (Give your answer to two decimal places, if required)
Consider the horizontal sum of the two demand curves P = 8- Q and P = 12- Q. When 8
The demand for product X depends on the price of product X as well as the average household income (Y) according to the following relationship Qdx=800-5P+0.001Y The supply of product X is positively related to own price of product X and negatively dependent upon W, the price of some input. This relationship is expressed as: Qsx= 100+ 45 P-4 W Given that Y = 50,000 and W= 4, what is the 1. Equilibrium price? Number 2. Equilibrium quantity? Number Suppose that income increases to 60,000 and W remains constant. What is the new: 3. Equilibrium price? Number 4. Equilibrium quantity? Number Assuming that income remains constant at 60,000 and W increases to 9, what is the new: 5: Equilibrium price? Number 6. Equilibrium quantity? Number
The demand and supply equations for product A are given by the following equations respectively : ?=40−5? ?=10+2.5?. Compute the price elasticity of demand and price elasticity of supply at equilibrium.
AJM distributors has hired you to provide financial advice on a product being sold. They have supplied the following information: The equation: p= 40 - x 4 Using the above equation they would like you to supply information regard to pricing of one of their new products. Make an analysis of the price elasticity of demand obtained from the function given, informing all of the members of the team: -procedure of calculation -Analysis of value obtained -Explanation on how various values of elasticity can affect the profitability of the company Explain the implications (if any) by setting p at a value of $25 vs $30 Advise on how this price increase to $30, will affect the demand for the product and the profitability to the company.
solve it correctly
Q3. Refer to the diagram. Using the midpoint formula, calculate the price elasticity of demand between the prices of $15 and $12. Accordingly, state whether demand is elastic or inelastic between these two points. P$/unit 15 12 D 18 22 Q (units/week) Ep = Damand ie ... Q4. For each case below, answer the bolded questio Classification of the Case Calculations product(s) if requested to do so 1. Suppose that a 2% increase in income in the economy decreases the quantity of gadgets demanded by 1% ar every E,= Gadgets are possible price. Find the income elasticity of demand and dassify the product accordingly (state whether gadgets is a normal, necessity, luxury or an inferior product). 2. A firm finds that its price elasticity of demand is 4.0. Currently, the firm is selling 2000 units per month at $5 per unit. Price must be lowered by= If it wishes to increases its quantity sold by 10%, by how much it must lower its price? 1 Suppose legalization-and subseque nt regulation-of products Xand…
I need some help Consider the equations and graphs for the demand and supply functions given below. Then answer the following questions. P=5Q^2+72Q P=-Q^2-3Q+20.23 State the domain for these curves for the analysis to be valid. (Answer to 2 decimal places)
The weekly demand function is given by p+x+4xp = 68, where x is the number of thousands of units demanded weekly and p is in dollars. If the price pis decreasing at a rate of 91 cents per week when the level of demand is 5000 units, which one of the following statements is true? Demand is decreasing at 1330 units per week Demand is decreasing at 1470 units per week Demand is increasing at 1470 units per week O Demand is increasing at 1400 units per week O Demand is decreasing at 1400 units per week
Could someone explain the easy way to find the partial derivative in these problems? Suppose the demand equation is: Q = 120 - 0.75p. What is the price elasticity of demand if the price is $60 per unit and output is 75 units? The price elasticity of demand is (Enter a numeric response using a real number rounded to two decimal places.)