Question

Suppose a competitive firm has as its total cost function: TC=29+2q2 Suppose the firm's output can...

Suppose a competitive firm has as its total cost function: TC=29+2q2 Suppose the firm's output can be sold (in integer units) at $77 per unit. Using calculus and formulas (don't just build a table in a spreadsheet as in the previous lesson), what is the total profit at the optimal integer output level?

Please specify your answer as an integer. In the case of equal profit from rounding up and down for a non-integer initial solution quantity, proceed with the higher quantity. Hint 1: The first derivative of the total cost function, which is cumulative, is the marginal cost function, which is incremental. The narrated lecture and formula summary explain how to compute the derivative. Set the marginal cost equal to the marginal revenue (price in this case) to define an equation for the optimal quantity q. Hint 2: When computing the total cost component of total profit for a candidate quantity, use the total cost function provided in the exercise statement (rather than summing the marginal costs using the marginal cost function).

Homework Answers

Answer #1

Answer question

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
1. Assume that a competitive firm has the total cost function: TC=1q3−40q2+840q+1800TC=1q3-40q2+840q+1800 Suppose the price of...
1. Assume that a competitive firm has the total cost function: TC=1q3−40q2+840q+1800TC=1q3-40q2+840q+1800 Suppose the price of the firm's output (sold in integer units) is $750 per unit. Using calculus and formulas to find a solution (don't just build a table in a spreadsheet as in the previous lesson), what is the total profit at the optimal integer output level? Please specify your answer as an integer. Hint 1: The first derivative of the total cost function, which is cumulative, is...
Assume that a competitive firm has the total cost function: TC=1q3−40q2+710q+1700TC= Suppose the price of the...
Assume that a competitive firm has the total cost function: TC=1q3−40q2+710q+1700TC= Suppose the price of the firm's output (sold in integer units) is $550 per unit. By creating tables (but not using calculus) with columns representing cost, revenue, and profit to find a solution, what is the total profit at the optimal output level? Please specify your answer as an integer
A perfectly competitive firm’s total cost function is given by: TC = 200+2Q2 . How much...
A perfectly competitive firm’s total cost function is given by: TC = 200+2Q2 . How much output does the firm produce in the long-run? What is the price of the product in the long-run?
1. Suppose a perfectly competitive firm has a cost function described by TC = 200Q +...
1. Suppose a perfectly competitive firm has a cost function described by TC = 200Q + Q^2 + 225 Each firm’s marginal revenue is $240. a. Find the profit maximizing level of output. b. Is this a short-run or long-run situation? How do you know? c. Assuming that this firm’s total cost curve is the same as all other producers, find the long-run price for this good.
A perfectly competitive firm’s total cost function is given by: TC = 200+2Q2 . You also...
A perfectly competitive firm’s total cost function is given by: TC = 200+2Q2 . You also know that the market demand function for this product is: QD=100-P. How many firms are in the market in the long-run? Select one: a. N=10 b. N=8 c. N=6 d. None of the above
(a) Suppose the total revenue (TR) and total cost (TC) curves of the perfectly competitive firm...
(a) Suppose the total revenue (TR) and total cost (TC) curves of the perfectly competitive firm are given by the following set of equations: TR = 100Q and TC = Q2 + 4Q + 5, where Q is the output. Derive the firm’s profit maximizing output and calculate the total and average profit earned by the firm at this level of output. (b) How do you know that the equations above could not be referring to a monopoly?
Monopolistically competitive firm with a demand of Q = 630 – 3P a total cost function...
Monopolistically competitive firm with a demand of Q = 630 – 3P a total cost function of C(Q) = 25,000 + 10Q. 1. What is the profit-maximizing output level 2. What is the profit or loss from producing at the optimal level and charging the optimal price 3. At the optimal price and quantity combination, what is your firm's marginal revenue 4. If your firm's advertising elasticity is 0.02, what is the optimal amount for you to advertise
A firm's total cost function is given by the equation: TC = 4000 + 5Q +...
A firm's total cost function is given by the equation: TC = 4000 + 5Q + 10Q2. (1) Write an expression for each of the following cost concepts: a. Total Fixed Cost b. Average Fixed Cost c. Total Variable Cost d. Average Variable Cost e. Average Total Cost f. Marginal Cost (2) Determine the quantity that minimizes average total cost and minimizing average variable cost. (3) Why does its average variable cost curve achieve its minimum at a lower level...
The total cost function for a firm in a perfectly competitive market is TC = 350...
The total cost function for a firm in a perfectly competitive market is TC = 350 + 15q + 5q2. At its profit maximizing quantity in the short-run, each firm is making a loss but chooses to stay open. Which of the following is/are necessarily true at the profit maximizing quantity? MR = 15 + 5q P>15 AR > 350/q + 15 + 5q Both A and B are true. Both B and C are true. All of the above...
. The table below illustrates the quantity of output (in units) and total cost (TC, in...
. The table below illustrates the quantity of output (in units) and total cost (TC, in MYR) for a perfectly competitive firm that can sell its output at MYR 9 per unit. Quantity TC TVC ATC AVC MC TR MR Profit /Loss 0 3 0 - - - 0 - -3 1 6 2 12 3 21 4 33 5 49 a. Calculate the total variable cost (TVC), average total cost (ATC), average variable cost (AVC), marginal cost (MC), total...