15. Suppose the demand function for a good is expressed as Q = 100 - 4p....
4. Given the estimated demand function for good 1: Q = 50 - 4P,-3.2P, + 0.017, where P, and P, are prices for good 1 and 2, respectively, and Y is income. (a) (2 points) Are good 1 and good 2 complements or substitutes? Why? (b) (3 points) Calculate the cross-price elasticity of demand for good 1, with respect to the price of good 2, given P, = $1.20, P, = 3.50, and Y = $15,000.
Suppose the demand for a particular product can be expressed as Q = 100/p. Calculate the total amount spent on this good when p = 10, 20, and 50. If a good is not produced, then there is no demand for it, explain why or why not? The quantity of a good that consumers demand depends only on the price of the good, explain why or why not? Explain why the equilibrium price is called the market clearing price. Suppose...
2. Demand and supply equations for Good X is given as: Demand: P=6 - (1/50) Q and Supply: P= 1 + (1/100) Q [P: Price, Q: Quantity] i. Given the above information find the equilibrium price and quantity for Good X. ii. What is the point elasticity of demand at equilibrium? Is it elastic, inelastic or unitary elastic? iii. What is the point elasticity of supply at equilibrium? Is it elastic, inelastic or unitary elastic? iv. If the price increases...
Suppose the demand for a particular product can be expressed as Q = 100/p. Calculate the total amount spent on this good when p = 10, 20, and 50. EXPLAIN PLEASE
The demand function of a good is Q = 100 – 2p. What is the elasticity at the point p=10 and Q=800?
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...
Suppose demand for a firm’s semiconductor chips is: q = 325 – 4P + 0.75PR + 5A + 3.5Y where P is the price of the firm’s semiconductor, PR is the price of a competing chip, A is advertising expenditures (in $1000), and Y is average income (in $1000). Suppose PR = 120, A = 15, and Y = 60. 1. Derive the inverse demand function of the firm 2. If the firm chooses a price of 130, how many...
Suppose Q D = 200 – 4P and Q S = 100 describe market demand and market supply in a given market. Find the equilibrium price and quantity for this market. Graph both supply and demand for this market. Compute the consumer and producer surplus for this market. Give an example of a good in the real world that might be described by this graph
4. (6 points) Suppose the Demand for baseballs is given by Q=120 - 4P. a) What is the price elasticity of demand when P=102 b) At what price will Total Revenue be maximized? c) What is the firm's Marginal Revenue when the price is $12?
4. (6 points) Suppose the Demand for baseballs is given by Q = 120 - 4P. a) What is the price elasticity of demand when P= 10? b) At what price will Total Revenue be maximized? c) What is the firm's Marginal Revenue when the price is $12?