Question

Suppose a firm in a perfectly competitive market has the cost function c(y)= y2 + 2y +4 Now suppose that there is a sudden in

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer:

Given:

C(y) = y ² + 2y + 4

MC = d(C(y)) / dy

= 2y + 2

MC = P

2y + 2 = 8              (Given: P = $8)

2y = 6

y = 3

The firm produce at this price is 3 units

Add a comment
Know the answer?
Add Answer to:
Suppose a firm in a perfectly competitive market has the cost function c(y)= y2 + 2y...
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. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Suppose a firm in a perfectly competitive market has the cost function c(y)=y2 + 2y +4...

    Suppose a firm in a perfectly competitive market has the cost function c(y)=y2 + 2y +4 Now suppose that there is a sudden increase in demand that raises the market price to p= 8. If the demand stays at this new level, what will the long-run quantity be for each firm?

  • D1. Suppose a firm in a perfectly competitive market has the cost function c(y)= y2 +...

    D1. Suppose a firm in a perfectly competitive market has the cost function c(y)= y2 + 2y +9 What is the firm's average total cost? y + 2 y + 2 + 2y + 2

  • Question 3 1 pts Suppose a firm in a perfectly competitive market has the cost function...

    Question 3 1 pts Suppose a firm in a perfectly competitive market has the cost function c(y)= y2 + 2y + 9 What is the firm's fixed cost? y+2+ 2y + 2 Oy+2 Question 4 1 pts Suppose a firm in a perfectly competitive market has the cost function c(y)= y2 + 2y + 9 What is the firm's marginal cost? 2y + 2 Oy+2+2 Oy+ 09 2y

  • Suppose a firm with cost structure c(y)= y2 + 2y +4 is the only producer of...

    Suppose a firm with cost structure c(y)= y2 + 2y +4 is the only producer of the good in the market. Market demand is given as y(p)= 40 - 2p What is the profit-maximizing quantity for this firm? Suppose a firm with cost structure c(y)= y + 2y + 4 is the only producer of the good in the market. Market demand is given as y(p)= 40 - 2p What price will the firm charge? Suppose a firm with cost...

  • In a perfectly competitive market, a firm has the following short-run total cost function: C(q)=16+4q+q2 The...

    In a perfectly competitive market, a firm has the following short-run total cost function: C(q)=16+4q+q2 The market demand is Q(p)=220-p a. Show that marginal cost curve passes through the minimum point of average cost curve. Draw a figure to show it. b. Find the firm’s individual short-run supply function. Draw it on the above figure. For the following questions, suppose that there are currently 10 identical firms in this market. c. What is the market supply curve? What are the...

  • Long Run Equilibrium 4. Suppose each firm in a perfectly competitive industry has the same long...

    Long Run Equilibrium 4. Suppose each firm in a perfectly competitive industry has the same long run total cost function T C(q) = 16+q^2 . The market demand curve is QD = 100−P. (a) What 3 equations define a Long Run Perfectly Competitive Equilibrium? (b) How much quantity q ∗ does each firm produce in Long Run Perfectly Competitive Equilibrium? (c) What is the market price P ∗ in this equilibrium? (d) Find the market quantity Q∗ . ( e)...

  • 22. Suppose that each firm has the long run cost function ​c​(​y​) = ​y​2​ + 9...

    22. Suppose that each firm has the long run cost function ​c​(​y​) = ​y​2​ + 9 for ​y​ > 0 and ​c​(0) = 0. The industry demand is given by ​D​(​p)​ = 51 - ​p​. The ​equilibrium price ​in the long-run equilibrium of the industry in a perfectly competitive market is: a. $8 b. $3 c. $5 d. $4 e. $6

  • 1. Each firm in a perfectly competitive industry has the long-run total cost function c(y) =...

    1. Each firm in a perfectly competitive industry has the long-run total cost function c(y) = 3y - (y^2/3) + (y^3/27) Demand is given by the inverse demand curve p = 15 - (Qd/600). Calculate, for the long-run equilibrium, a. The price b.The market quantity c. The number of firms d. The profit for each firm

  • Consider a perfectly competitive market with many identical firms. Each firm has a long-run marginal cost...

    Consider a perfectly competitive market with many identical firms. Each firm has a long-run marginal cost function given by LRMC(y) = y ^2 + 1. We do not know the firms’ LRAT C function, but we know that at a quantity of 3 it is equal to LRMC. In other words: LRAT C(3) = LRMC(3). (a) Find an expression for an individual firm’s long-run inverse supply curve: this will be p as a function of y. Note that it will...

  • 1. Assume a perfectly competitive market. Let C = Q3 - 4Q2 + 4Q be the...

    1. Assume a perfectly competitive market. Let C = Q3 - 4Q2 + 4Q be the cost function of a hypothetical firm. Find its supply function and specify the price and quantity at its lowest point. (Use this for questions 3 and 4) Let Q denote the quantity of pizza. A pizza producer has variable cost (VC) and fixed cost (FC) as VC = Q? FC = 4. 3. Assume a perfectly competitive market. What happens if the market price...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT