4. Given the demand function Q=98.6-2.3P+3.1P,-2.1Y where Q, is the quantity demanded, Px is the price...
Qd=680-9Px-6I+4Py where Qd=quantity of good X demanded, Px=price of good X, I=Income, and Py=price of related good Y. From the demand function, it is apparent that good X is: I. a normal good II. an inferior good III. a substitute for good Y IV. a complement with good Y a. II only b. both I and III c. both I and IV d. both II and III e. both II and IV
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...
The demand curve is given by: Qdx=500-1.5Px-0.2I-2Py+Pz Where Qdx= quantity demanded of good X Px= Price of good X I= income (in thosands) Py= Price of good Y Pz= Price of good Z A. Is good X a normal or inferior good? Why? B. What is the relationship between goods X & Y? Why? C. What is the relationship between goods X & Z? Why? D. What is the equation of this demand curve if income is $40,000, the price...
Suppose Qxd = 10,000 - 2 Px + 3 Py - 4.5M, where Px = $100, Py = $50, and M = $2,000. (Note that Qdx is the quantity demanded of Good X, Px is the price of Good X, Py is the price of another product called Good Y, and M stands for income available.) Use this information to answer the following three parts of question 6. a. For this demand equation, what is the P intercept? b. For...
Suppose the demand for good X is given by Xdx=20-Px+2Py+M. The price of good X is $5, the price of good Y is $15, and the income is $150. How much of good X will be purchased? Is good Y a substitute or complement of good X? Is good X a normal good or an inferior good?
Assume a demand equation for good'x: where pown price of the good Q-quantity demanded Py price of a related good $3 Pz price of a different related good $200 Y = consumer income = $4,000/mo The quantity demanded as a function of the price can be written:
Consider the following demand function for good x -9-0.1p-Py+0.01p2+0.001Y, where Own price, P $30 Quantity demanded 28.75 Price of a related good, Py $5 Price of a related good, P $275 Consumer income, Y- $25,000 The income elasticity of demand,when equilibrium quantity is 28.75 units and income is $25,000 is equal to (Enter a numeric response using a real number rounded to three decimal places)
Suppose the following is an estimated log-linear demand function: ln Q = 8.99 – 3.78 ln P – 1.77 ln M – 2.03 ln PR All parameter estimates are significant. 1) Is this good a normal or an inferior good? 2) Is this good a complement of or substitute for the related good? 3) What is the price elasticity of demand for this good? 4) What is the income elasticity of demand for this good?
suppose the demand curve for a product is given by Q=10-2P+Ps1,where P is the price of the product and Ps is the price of a substitute good. the price of the substitute good is $2.00.a)suppose P=$1.00, what is the price elasticity of demand?what is the cross- price elasticity of demand?b)suppose the price of the good, P, increases to $2.00. Now what is the price elasticity of demand, and what is the cross-prices elasticity of demand?
Consider the following demand function for good 'X': Q = 9 -0.1px - Py + 0.01p2 +0.001Y, where Own price, Px = $120 Quantity demanded = 13.75 Price of a related good, Py = $6 Price of a related good, Pz = $275 Consumer income, Y = $20,000 The income elasticity of demand, s, when equilibrium quantity is 13.75 units and income is $20,000 is equal to : (Enter a numeric response using a real number rounded to three decimal...