The demand for company X's product is given by Qx = 12 - 5Px + 4Py. Suppose good X sells for $3.00 per unit and good Y sells for $1.50 per unit. a. Calculate the cross-price elasticity of demand between goods X and Y at the given prices. b. Are goods X and Y substitutes or complements? c. What is the own price elasticity of demand at these prices?
The demand for company X's product is given by Qx = 12 - 5Px + 4Py....
The demand for company X's product is given by Qx = 2 - 3Px + 4Py Suppose good X sells for $2.00 per unit and good Y sells for $4 per unit. a. Calculate the cross-price elasticity of demand between goods X and Y at the given prices. b. Are goods X and Y substitutes or complements? c. What is the own price elasticity of demand at these prices? Please show work
suppose demand for good X is given by QX = –5PX + 10PY + 1.25I. Suppose PY=$1 and I=$12. What is the equation for the own-price demand curve? What is the slope of the own-price demand curve? Calculate the price elasticity of demand if PX = $2. Interpret your result
The demand curve for a product is given by QX = 1200 – 3PX – 0.1PZ where PZ = $300. a. Find the (own) price elasticity of demand when PX = $140. b. Is the demand is elastic or inelastic in (a)? Explain your answer. c. What would happen to the price elasticity of demand when a firm charges a price of good X is $240? (Hint: explain whether the demand is elastic or inelastic when PX is $240 and...
3. Suppose the demand function for a firm's product is given by In Q 7-1.5 In P 2 In P, -0.5 In M +InA where P = $15, P, = $6, M $40,000, and A $350. a. Determine the own price elasticity of demand, and state whether demand is b. Determine the cross-price elasticity of demand between good X and good c. Determine the income elasticity of demand, and state whether good X is a d. Determine the own advertising...
please calculate carefully The demand for good (Qx) is given by the following equation: Qx = 20,200 - 12.5 Px + 5 Py-M + 1.5 Ax Suppose the firm spends $3,000 per week on advertising (Ax), Px is $80, Py is $60, and income per capita (M) in the market area is $22,000. (a) Calculate the elasticity of demand for good X with respect to its own price, the price of good Y, and Income per capita. (3) (b) Calculate...
The demand curve for a product is given by QXd = 1,200 - 3PX - 0.1PZ where Pz = $300. a. What is the own price elasticity of demand when Px = $140? Is demand elastic or inelastic at this price? What would happen to the firm’s revenue if it decided to charge a price below $140? Instruction: Enter your response rounded to two decimal places. Own price elasticity: Demand is: If the firm prices below $140, revenue will: b....
The inverse demand curve for product x is given by px=20−4·qx+2·py where px represents the price in dollars per unit, qx represents the rate of sales in pounds per week, and py represents the selling price of another product y in dollars per unit. The inverse supply curve of product x is given by px=10+2·qx Determine the equilibrium price and sales of X Let py=$10. Determine whether x and y are substitutes or complements
a. Consider the following demand functionQx= 50 - 2Px + 4Py- 41Suppose that price of good X is 5, price of good y is 2.5, and income is 10. Find the following; i. Own price elasticity of demand. [2 Marks] ii. Cross price elasticity of demand. [2 Marks iii. Are X and Y substitute or complements? Explain. [2 Marks] iv. Income elasticity of demand for good X. [2 Marks] v. Is X a normal good or inferior good? Explain. ...
2. The demand curve for a product is given by Qdx= 1,000-2px .02Pz, where Pz= $400a. What is the own price elasticity of demand when Px= $154? Is demand elastic or inelastic at this price? What would happen to the firm’s revenue if it decided tochange a price below $154?b. What is the own price elasticity of demand when Px= $354? Is demand elastic or inelastic at this price? What would happen to the firm’s revenue if it decided tocharge...
A3 Own Price Elasticity Question 1: The demand for Wanderlust Travel Services (good X) is estimated to be Qx = 22000-2.5Px + 4PY-1 M 1 .5Ax. Where Qx is the quantity of good X, Px is the price of good X, Py is the price of good Y, M is consumer income, and Ax is the amount of advertising spent on X. Suppose the price of good X is $450, the price of good Y is $40, the company uses...