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 = 600 - 25 P + 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 = 130 + 20 P - 3 W
Given that Y = 25,000 and W = 7, what is the:
1. Equilibrium price?
2. Equilibrium quantity?
Suppose that income increases to 35,000 and W remains constant. What is the new:
3. Equilibrium price?
4. Equilibrium quantity?
Assuming that income remains constant at 35,000 and W increases to 12, what is the new:
5: Equilibrium price?
6. Equilibrium quantity?
The demand for product X depends on the price of product X as well as the...
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 - 35 P + 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 = 130 + 30 P - 2 W Given that Y = 50,000 and W = 10,...
Question 5: (5 points) Using the PPC table below, calculate the opportunity cost of producing one more of one good in terms of the other (as asked below), between each point (between A & B; B & C; etc.). Don't Include the negative sign or the words 'Capital' or 'Consumer' Combination Consumer Capital A 0 653 B 160 640 C 320 599 D 480 523 E 640 392 F 800 0 1. What is the opportunity cost of one consumer...
Consider the following US reduced supply and demand equations for commodity X: QdX = 400 – 2Px and QsX = - 100 + 3Px A. What are (1) the equilibrium price per unit of product; (2) Quantity of this product sold at this price; and (3) what were the revenue for the producers? B. If this product can now be export to a make-believe country and the estimated reduced demand equation for this product in this make-believe country is :...
of 2. (30 points) The demand of a product y depends on its own price UP ), and the price another product X (P. The price elasticity of Yis e,ー3.5, and the cross-price elasticity of Y with respect to X is e0.8. (a) Are X and Y substitutes or complements? lete (b) Suppose now P, increases by 2%, and r, decreases by 5%. Will the quantity demanded of Y increase or decrease? By what percent? 3. (20 points) The demand...
2. (10 points) The demand of a product v depends on ts own price P). and the price of another product x (P.). The price elasticity of yvise-a.s, and ne cross-price elastiety with respect to X is o. (a) Are X and Y substitutes or complements? (b) Suppose now P, increases by 2%, and P" decreases by 5%. Will the quantity demanded of V increase or decrease? By what percent? 3. (20 points) The demand function of cigarettes is linear...
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...
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)
Problem1 1. There are 10,000 identical individuals in the market for commodity “X”, each with a demand function given by Qdx = 12 – 2Px , and 1000 identical producers of commodity “X”, each with a function given by Qsx = 20Px Problem5: •Suppose that from the condition of equilibrium in problem #1, there is an increase in consumers’ incomes so that the market demand curve becomes QD”x = 140,000 – 20,000Px , and at the same...
Part 2 The demand function for Product X is Qd = 100 – 2P and its supply function is Qs = -20 + P where P is the price of Product X in dollars while Qd is the quantity demanded and Qs is the quantity supplied (both expressed in thousands of units). Part 1What are the equilibrium price and quantity? (3 points)What is the consumer surplus in the market for Product X? (2 points)What is the producer surplus in the market...
Consider that the general demand function for a product X is estimated to be Qd = 500 – 5P + 0.5M + 10PY - 2PZ Where Qd is quantity demanded of good X, P is price of good X, M is consumer income (in thousands), PY is price of good Y, and PZ is price of good Z. a. Based on the estimated demand function, what is the relationship between good X and good Y; between good X...