Question

Assume the following demand curve: Q = 50,400 – 1,200(P). Variable costs are estimated to be...

Assume the following demand curve: Q = 50,400 – 1,200(P). Variable costs are estimated to be $25.18. Calculate total contribution margin at the optimal price. Round your answer to the nearest dollar.

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

Q = 50,400 - 1200 (P)

Variable costs are estimated to be $25.18

Contribution margin = 50,400 - 1,200 * ($25.18)

Contribution margin = 50,400 - $30,216

Contribution margin = $20,184

Add a comment
Know the answer?
Add Answer to:
Assume the following demand curve: Q = 50,400 – 1,200(P). Variable costs are estimated to be...
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
  • Assume the following demand curve: Q = 100,800 – 3,943(P). Calculate elasticity for a price change...

    Assume the following demand curve: Q = 100,800 – 3,943(P). Calculate elasticity for a price change from $17.30 to $18.50. Report your answer as a POSITIVE number, rounded to one decimal place. Assume the following demand curve: Q = 1,425 – 134(P). Variable costs = $3.60. Calculate the optimal price. Round to two decimal places.

  • A monopolist has variable costs of VC = q2 and faces a demand curve of P = 24 – q, where P is price and q the quantity sold. If the monopolist sets a single price what is profit (assume there are no fixed costs)?

    A monopolist has variable costs of VC = q2 and faces a demand curve of P = 24 – q, where P is price and q the quantity sold. If the monopolist sets a single price what is profit (assume there are no fixed costs)?

  • Assume that a monopolist faces a demand curve for its product given by: p=100−1q p =...

    Assume that a monopolist faces a demand curve for its product given by: p=100−1q p = 100 - 1 q Further assume that the firm's cost function is: TC=570+14q T C = 570 + 14 q Using calculus and formulas (don't just build a table in a spreadsheet as in the previous lesson) to find a solution, how much output should the firm produce at the optimal price? Round the optimal quantity to the nearest hundredth before computing the optimal...

  • T.C. = 14,500 + 200 Q – 4Q² + 2 Q³, Demand: Q = 1,200 – 0.5 P 1. At what level of Q (please round-off this Q to the near...

    T.C. = 14,500 + 200 Q – 4Q² + 2 Q³, Demand: Q = 1,200 – 0.5 P 1. At what level of Q (please round-off this Q to the nearest unit) and at what Price would this monopoly maximize profits? 2. Please use the marginal cost mark-up approach to calculate the Learner Index and interpret/explain your answer.

  • Q4. A firm has a demand curve P = 6600 - 100. Its total costs are...

    Q4. A firm has a demand curve P = 6600 - 100. Its total costs are TC = Q2. What are the optimal output, price and profits of the firm? Now assume that the firm is divided into two profit centres. One division manufactures the product at a total cost of TC = Q?, then transfers it to a selling division that faces the firm's demand curve. The selling division has no costs other than the transfer price and that...

  • Dumping. Assume that a firm is a monopolist at Home facing the inverse-demand curve, P =...

    Dumping. Assume that a firm is a monopolist at Home facing the inverse-demand curve, P = 10 − Q, but is one of many competitors in the world market, where it can sell its output at a price Pw = 2. Furthermore, assume that the firm’s total cost is given by: T C (Q) = 10 + (Q^2)/2. Answer the following questions: (a) Find the optimal level of output that maximizes the firm’s total profits. Is it optimal for the...

  • Dumping Assume that a firm is a monopolist at Home facing the inverse-demand curve, P =...

    Dumping Assume that a firm is a monopolist at Home facing the inverse-demand curve, P = 10 − Q, but is one of many competitors in the world market, where it can sell its output at a price Pw = 2. Furthermore, assume that the firm’s total cost is given by: T C (Q) = 10 + Q2 . Answer the following questions: (a) Find the optimal level of output that maximizes the firm’s total profits. Is it optimal for...

  • 1. Suppose that a monopolist has a patent for widgets and the market demand curve Q(P)...

    1. Suppose that a monopolist has a patent for widgets and the market demand curve Q(P) is: Q = 60 – 2P, where P is the price in dollars and Q is quantity. a. Solve for the inverse demand P(Q) curve by solving the demand curve for P in terms of Q. b. Using your answer from (a), express the monopolist’s total revenue in terms of Q as TR(Q) = QP(Q). c. Calculate the monopolist’s marginal revenue MR(Q) by differentiating...

  • 8. Suppose that the demand curve for wheat is Q=120-10p and the supply curve is Q=...

    8. Suppose that the demand curve for wheat is Q=120-10p and the supply curve is Q= 10p. The government imposes a price ceiling of p S4 per unit. a. How do the equilibrium price and quantity change? (round quantities to the nearest integer and round prices to the nearest penny) 60 The equilibrium quantity without the price ceiling is ceiling is $ and the price without the price The equilibrium quantity with the price ceiling is b. What effect does...

  • Suppose that the demand curve for wheat is Q-140-10p and the supply curve is Q 10p...

    Suppose that the demand curve for wheat is Q-140-10p and the supply curve is Q 10p The government imposes a price ceiling of p $3 per unit a. How do the equilibrium price and quantity change? (round quantities to the nearest integer and round prices to the nearest penny) The equilibrium quantity without the price ceiling is 70 and the price without the price ceiling is s7 The equilibrium quantity with the price ceiling is 30 b. What effect does...

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