Please answer 6 and 7. Question 3 and 4 are referenced for the questions asked. Thank you!
Please answer 6 and 7. Question 3 and 4 are referenced for the questions asked. Thank...
4. (20 points) Consider the demand function D(p;m) mP, where > 0 is consumers' average income. The supply consists of a monopoly, whose revenue from sales is given by R(p;mpD(p;m) (a) (5 points) Compute the elasticity function, E(p;m)-D'(p;m) b) (5 points) Find the value of p such that E(p; (c) (5 points) Compute the marginal revenue function, MR(p; m) R'(p; (d) (5 points) What is the solution to the equation MR (p 0? Compare 1 your answer to your answer...
3. (10 points) Consider the utility function U(q;θ) = q1−θ−1, where 0 < θ < 1 is a utility parameter. (a) Compute the marginal utility function, MU(q; θ) = U0(q; θ). (b) Show that MU(q; θ) is decreasing. 3. (10 points) Consider the utility function U(g; e )-Te 1, where 0 < θ < 1 is a utility parameter. (a) (5 points) Compute the marginal utility function, MU(q:e) U'(q;e) (b) (5 points) Show that MU(q:0) is decreasing.
4. Consider the demand function D(p;m) = me−p, where m > 0 is consumers’ average income. The supply consists of a monopoly, whose revenue from sales is given by R(p; m) = pD(p; m). (a) Compute the elasticity function, E(p; m) = àD0(p; m) p àD(p;m) (b) Find the value of p such that E(p; m) = 1. (c) Compute the marginal revenue function, MR(p; m) = R0(p; m). (d) What is the solution to the equation MR(p;m) = 0?...
Suppose a consumer has quasi-linear utility: u(x1, x2) = 3.01 + x2. The marginal utilities are MU(X) = 2x7"! and MU2:) = 1. Throughout this problem, assume P2 = 1. (a) Sketch an indifference curve for these preferences (label axes and intercepts). (b) Compute the marginal rate of substitution. (c) Assume w> . Find the optimal bundle (this will be a function of pı and w). Why do we need the assumption w> (d) Sketch the demand function for good...
Please answer the following question. (30 pts possible) 1 Consider the following (Cobb-Douglas) utility function: And budget constraint: M2 PX+PY 1. *Treat P, Py, M, a, and B as positive constants. Note, a +B Using these equations, please answer the following questions: a. Formally state this consumer's utility maximization problem and write down the relevant Lagrangian. (6 pts) b. Using your work from part "a.", derive demand curves for X and Y. Show all work. (6 pts) Show that the...
Intermediate Microeconomics. Please show work for each section. Thank you. EXERCISE 3 Consider a consumer who consumes two goods and has utility function U(X1, X2) = x2 + VX1. Income is m, the price of good 2 is 1, and the price of good 1 changes from p to (1+t)p. Compute the compensating variation, the equivalent variation, and the change in consumer's surplus for a change in the price of good 1, holding income and the price of good 2...
Please answer parts F, G, H, I. Thank you in advance MC=5 4. (51 points) The inverse demand function a monopoly faces is P = 100 – Q. The firm's cost curve is TC(Q) = 10 +5Q (a) (3 points) What is the monopolist's marginal revenue curve? TR=(P)(Q) TR=(100-Q)(Q) MR=100-2Q (b) (3 points) What is the monopolist’s marginal cost curve? (c) (3 points) What level of output maximizes the monopolist's profits? MR=MC -> 100-2Q=5 –> Q=47.5 Units (d) (4 points)...
Question 3: Consider a monopoly which faces the demand curve P= 55-2Q and having a marginal cost function MC= 2Q-5. a) (2pts) Calculate the marginal revenue (MR) function. b) (2 pts) State the profit maximizing output rule for the monopoly in the short-run. c) (4 pts) What is the profit maximing output level? Next, calculate the price and the profit of the monopoly?
can you please explain this deeply? thank you Question 7 Consider a consumer with preferences over two goods 1 and 2. Assume that the horizontal axis pertains to the amount of good 1 and the vertical axis pertains to the amount of good 2. Suppose that, given the consumption bundle r = 10 and y = 10, a consumer's MRS (marginal rate of substitution) is equal (in absolute value) to 4. The price of good 1 is $1, the price...
Please solve all of them. 7. The revenue function for a product is given by 60x2 R(x) = 2x+1 a. Find the marginal revenue function The price of a product in a competitive market is $300. The cost per unit of producing the product is 160 + 0.1% dollars, where x is the number of units produced per month a. Find the marginal cost function. b. Find the marginal revenue function b. Find MR(100) and interpret your results. c. Find...