The demand curve for product X is given by Qx = 200 - 4Px Find the...
The demand curve for product X is given by QXd = 300 - 2PX. a. Find the inverse demand curve. PX = - QXd Instructions: Round your answer to the nearest penny (2 decimal places). b. How much consumer surplus do consumers receive when Px = $45? $ c. How much consumer surplus do consumers receive when Px = $30? $ d. In general, what happens to the level of consumer surplus as the price of a good falls?
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
The supply curve for product X is given by QXS = -400 + 10PX . a. Find the inverse supply curve. b. How much surplus do producers receive when Qx = 500? When Qx = 1,250?
The supply curve for product X is given by QXS = -300 + 10PX . a. Find the inverse supply curve. P = + Q b. How much surplus do producers receive when Qx = 300? When Qx = 800? When QX = 300: $ When QX = 800: $
The demand for your product X has been estimated to be Qx = 7, 880 − 4Px − 2Py + Pz − 0.1M where Y and Z are other (related) products. The relevant price and income data are as follows: Px = 10, Py = 15, Pz = 50, M = 40, 000 (Please show work and answers to questions a-e) a. Which goods are substitutes for X? Which are complements? b. Is X an inferior or a normal good?...
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...
Suppose that the demand for good x is given by the equation Qx = 1,000 − 10Px. (a) Derive an equation for the inverse demand function, px(x). (b) Find the price and quantity combination that maximizes total revenue. (c) Calculate the price elasticity of demand for the price-quantity combination you found in part (b).
GW7 Social welfare with tariff small country Px D-imports S-exports with tariff 200 S-exports 200 300 Qx millions 100 Qx millions Equation for inverse demand in domestic market Px = Equation for inverse supply in domestic market Px = Equation for inverse import demand in international market Px = At World price = 200, social welfare = With a 20 dollar tariff, consumer surplus = With a 20 dollar tariff, producer surplus = With a 20 dollar tariff, govt. revenue...
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 for good X is given by QXd = 6,000 - (1/2)PX - PY + 9PZ + (1/10)M Research shows that the prices of related goods are given by Py = $6,500 and Pz = $100, while the average income of individuals consuming this product is M = $70,000. a. Indicate whether goods Y and Z are substitutes or complements for good X. Good Y is: (Click to select) a substitute neither complement nor substitute a complement . Good Z is: (Click to select) a complement a...