Question

A firm faces the following profit function:                   p = 200 – 1/3Q3 + 5.5Q2 –...

A firm faces the following profit function:

                  p = 200 – 1/3Q3 + 5.5Q2 – 28Q

         Find Q which maximizes the firm’s profit.

Homework Answers

Answer #1

Given:

Differentiating the function w.r.t Q

Putting it equal to zero, we get:

Let us check the profit at both 4 units and 7 units

Case 1: 4 UNITS

CASE 2: 7 UNITS

Clearly profit is maximized at 7 units.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A firm’s cost function is the following: ? = 1 2 ? 3 + 10? 2...
A firm’s cost function is the following: ? = 1 2 ? 3 + 10? 2 + 24? + 132 *In the above equation, Q is raised to the 3rd power Q is in millions of units and P is dollars. The firm faces the following demand for its product: ? = ? − 282 /−0.1 a) What is the level of output at which the firm maximizes its profit? b) What is this maximum level profit?
1. Suppose a firm faces the following demand for its output q: q = 100 –...
1. Suppose a firm faces the following demand for its output q: q = 100 – 10p, where p represents the price it receives per unit sold. Assume this firm marginal cost is MC = 4. The level of output at which this firm maximizes its profit is______ . (NOTE: write your answer in number format, with 2 decimal places of precision level; do not write your answer as a fraction. Add a leading zero when needed.) The price charged...
Suppose that a firm faces the following demand function: Qd(P) = 7225 - 425P Assuming that...
Suppose that a firm faces the following demand function: Qd(P) = 7225 - 425P Assuming that MC=9 Calculate the profit maximizing quantity (Q*)
*The last person who answered this question answered it incorrectly. A firm’s cost function is the...
*The last person who answered this question answered it incorrectly. A firm’s cost function is the following: ? = 1 2 ? 3 + 10? 2 + 24? + 132 Q is in millions of units and P is dollars. The firm faces the following demand for its product: ? = ? − 282 /−0.1 a) What is the level of output at which the firm maximizes its profit? b) What is this maximum level profit?
Example 1: Suppose a monopolist faces an inverse demand function as p = 94 – 2q....
Example 1: Suppose a monopolist faces an inverse demand function as p = 94 – 2q. The firm’s total cost function is 1.5q2 + 45q + 100. The firm’s marginal revenue and cost functions are MR(q) = 90 – 4q and MC(q) = 3q + 45. How many widgets must the firm sell so as to maximize its profits? At what price should the firm sell so as to maximize its profits? What will be the firm’s total profits?
A firm faces the following Average Cost function:                   AC = Q2– 18Q + 100 + 10Q-1...
A firm faces the following Average Cost function:                   AC = Q2– 18Q + 100 + 10Q-1          Find Q which minimizes          (a) Average Variable Cost          (b) Marginal Cost.
A typical firm in a monopolistically competitive industry faces the following demand and total cost equations...
A typical firm in a monopolistically competitive industry faces the following demand and total cost equations for its product. Q = 20 – ( P/ 3 ) a. What is the firm’s short-run, profit-maximizing price and output level? b. What is the firm’s economic profit?
5. Let market demand be given by the demand curve Q(p) = 200 ? p ....
5. Let market demand be given by the demand curve Q(p) = 200 ? p . Each firm’s cost function is TC(qi) = 20qi; i =1, 2. (a) Using the Cournot model, find each firm’s output, profit and price. (b) Graph each firm’s best-response function. Show the Cournot equilib- rium. (c) Suppose that the duopolists collude. Find their joint profit maximizing price, output, and profit. Also find each firm’s output and profit. (d) Does each firm have and incentive to...
Suppose a price-taking firm faces a market price of P = $70 and has a total...
Suppose a price-taking firm faces a market price of P = $70 and has a total cost function given by: TC = 269 + 2Q + Q2.(Q squared) a. Algebraically derive the firm’s fixed cost, average cost and marginal cost functions. b. What quantity will the firm produce? c. Compute the revenues, costs, and profits associated with the profit-maximizing quantity.
A resource firm faces the following demand function: P = 60 – 10Q. The marginal cost...
A resource firm faces the following demand function: P = 60 – 10Q. The marginal cost of extraction is $20. (MC = $20). Using the Inverse Elasticity Pricing Rule, calculate the profit maximizing output level and price.