Consider the following demand function for good 'X': Q = 9 -0.1px - Py + 0.01p2...
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)
Assume a demand equation for good x Q9-0.1p Py001p2 00005Y where p own price of the good Q = quantity demanded py " price of a related good-$3 pz price of a diferent related good - $200 Y-consumer income $4000m。 The quantity demanded as a function of the price can be witten if the price of this good 'x is equal to $33 per unt, what would be the quanty demanded?unts (enter your response rounded to one deoimal pliace)
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:
2. The annual market own-price demand function for good X is estimated as X=142-5PX-1 -3.5 Py where X quantity demanded of good X in units/year Px = price of good X in dollars/unit per capita income in dollarsyear Py price of good Y in dollars/unit a) Calculate the market (own-price) demand curve when I = 25 and Py =12 b) Using your results from part a), calculate the quantity of good X demanded in the market when PX-10 c) Calculate...
An economic consultant for X Corp. recently provided the firm’s marketing manager with this estimate of the demand function for the firm’s product: Q d x = 98 − 4Px + 6Py − 1M where Qd x represents the amount consumed of good X, Px is the price of good X, Py is the price of good Y , and M is income. Suppose good Y sells for $2 per unit and consumer income is $10. (a) Are goods X and Y substitutes...
1 Elasticity This problem continues on from the previous homework. Consider the market for good X. The demand function is and the supply function is Px, Py, and Pz are the prices of goods X, Y, and Z. M is the average consumer income Suppose market research determines that M 105, Py 20, and Pz 10. 1.a Caleulate the cross-price clasticities of demand with respect to good Y and good Z at the market cquilibrium. Are goods Y and Z...
The market for good X consists of 2 consumers. Consumer 1’s demand for good X is: X1 = 15 - 3PX + 0.5PY + .02 *I1 Consumer 2's demand for X is: X2 = 10 - PX + 0.2PY + .01*I2 I1 and I2 are incomes of consumer 1 and 2, respectively. PX and PY are the prices of goods X and Y, respectively. a. What is the equation for the market demand function for X? Graph the two individual...
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...
4. Given the demand function Q=98.6-2.3P+3.1P,-2.1Y where Q, is the quantity demanded, Px is the price of the good itself in dollars, P is the price of a related good in dollars, and Y is average income (measured in thousands). If P $23, Ps $29, Y = $36, compute the value for Q C 1 point Using the information in part a, compute the cross-price elasticity (Eo) and determine if Py is describing a substitute or complement (round to 2...
Assume the demand function for good X can be written as Qd = 80 - 3Px + 4Py + 10I, where Px = the price of X, Py is the price of Y and I is consumer income. If the price of Y decreases by 2 dollars, what is the change in Px have to be in order to keep the quantity demanded of X unchanged by the change in the price of Y?