a perfectly competitive firm has the following cost
functions:
TC = 1000 + Q + 0.002Q^2
MC=1 + 0.004Q
market price is 31 what is the firm's MR
Firstly It should be known that ,in perfect competitive market market price is always equal to the average revenue as well as the marginal revenue
So here the answer of marginal revenue will be equal to the market price that is $31.

a perfectly competitive firm has the following cost functions: TC = 1000 + Q + 0.002Q^2...
a perfectly competitive firm has the following cost functions: TC =1000 + Q + 0.002Q^2 MC =1 +0.004Q market price is 31 based on a profit maximization rule how much is the firm's total cost
a perfectly competitive firm has the following cost functions: TC =1000 + Q + 0.002Q^2 MC =1 +0.004Q market price is 31 based on the profit maximization rule how much is the firm's total profit
1) A perfectly competitive firm faces the following Total revenue, Total cost and Marginal cost functions: TR = 10Q TC = 2 + 2Q + Q2 MC = 2 + 2Q At the level of output maximizing profit , the above firm's level of economic profit is A) $0 B) $4 C) $6 D) $8 *Additional information after I did the math: The price this firm charges for its product is $10, the level of output maximizing profit is 4...
Assume that a perfectly competitive firm has the following monthly revenue and cost functions: (show your work ) TC = 250,000 + 200Q + 0.02 Q^2 MC = 200 + 0.04Q TR = 800Q A) At Q = 5,000 units, compute TC, TVC and TFC. B) What is the level of output that maximizes profit, if any? Compute profit, if any? C) Should the firm continue to produce if MR falls to $300? why?
a firm in perfectly competitive market sells all its products
Q at constant price p
(1)A firm in a perfectly competitive market sells all its product (Q) at a constant price (P) of $60. Suppose the total cost function (TC) for this firm is described by the following equation: 2 3 TC(Q) = 128 +690 - 140 + Q (a)Form the profit function and determine the output that maximizes the firm's profit. Evaluate the second order condition to assure that...
the
firm faces a constant price (P) of $60
A firm in a perfectly competitive market sells all its product (Q) at a constant price (P) of $60. Suppose the total cost function (TC) for this firm is described by the following equation: 2 3 TC(Q) = 128 + 69Q - 140 + Q (a)Form the profit function and determine the output that maximizes the firm's profit. Evaluate the second order condition to assure that profit is maximized at this...
Consider a competitive firm with total costs given by TC(q) = 100 + 10q + q 2 The firm faces a market price p = 50. (a) Write expressions for total revenue TR and marginal revenue MR as functions of output q. (b) Write expressions for average total cost ATC, average variable cost AVC, and marginal cost MC as functions of output q. (c) For what value of output is ATC minimized?
A perfectly competitive firm faces a market price of $100 and has total cost of TC = 100 + 0.25q + 0.01q2. How much output (q) should this firm produce to maximize profits?
Question 4 Consider the Sunshine Company, a perfectly competitive firm with the following cost function TC 12006Q + 202 where Q is the firm's output per day. a) Find the firm's marginal cost function. [2 marks] C b) If the price of Sunshine's product equals $66, how many units per day should the firm produce? [4 marks] c) Find the firm's average variable cost function. [3 marks] d) Is average variable cost at the quantity you calculated in part b)...
Can you label each one please .
(1)A firm in a perfectly competitive market sells all its product (Q) at a constant price (P) of $60. Suppose the total cost function (TC) for this firm is described by the following equation: 2 3 TC(Q) 128+ 690-14Q + Q (a)Form the profit function and determine the output that maximizes the firm's profit. Evaluate the second order condition to assure that profit is maximized at this level of output. (b)Derive the marginal...