Question

If p= 12 - 2Q and C= 24 + 2Q + 0.5Q2, what is the profit...

If p= 12 - 2Q and C= 24 + 2Q + 0.5Q2, what is the profit per unit?

Homework Answers

Answer #1

the firm produces at MR=MC

MC is the change in total cost and found by differentiation

MC=dTC/dQ=2+Q .......... by first differentiation of cost function

TR=P*Q=12Q-2Q^2

MR is the change in total revenue and a change in function found by differentiation

MR=dTR/dQ=12-4Q

equating both

2+Q=12-4Q

5Q=10

Q=2

P=12-2*2=8

---------

Average total cost =total cost /Q=C/Q=(24+2Q+0.5Q^2)/Q=24/Q+2+0.5Q

Q=2

ATC=24/2+2+0.5*2

ATC=15
-----------
Profit per unit =P-ATC
=8-15
=-$7
the per unit profit is -$7

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 monopolist faces a demand curve P= 24 – 2Q, where P is measured in dollars...
A monopolist faces a demand curve P= 24 – 2Q, where P is measured in dollars per unit and Q in thousands of units and MR=24 – 4Q. The monopolist has a constant average cost of $4 per unit and Marginal cost of $4 per unit. a. Draw the average and marginal revenue curves and the average and marginal cost curves on a graph. b. What are the monopolist’s profits-maximizing price and quantity? c. What is the resulting profit? Calculate...
1) The inverse demand curve a monopoly faces is p=110−2Q. The​ firm's cost curve is C(Q)=30+6Q....
1) The inverse demand curve a monopoly faces is p=110−2Q. The​ firm's cost curve is C(Q)=30+6Q. What is the​ profit-maximizing solution? 2) The inverse demand curve a monopoly faces is p=10Q-1/2 The​ firm's cost curve is C(Q)=5Q. What is the​ profit-maximizing solution? 3) Suppose that the inverse demand function for a​ monopolist's product is p = 7 - Q/20 Its cost function is C = 8 + 14Q - 4Q2 + 2Q3/3 Marginal revenue equals marginal cost when output equals...
the inverse supply is p=.2Q-20 and inverse demand is P=40-.2Q. there is a price floor of...
the inverse supply is p=.2Q-20 and inverse demand is P=40-.2Q. there is a price floor of $12, what is the producer and consumer surplus
1. Suppose the demand for a product is given by P = 30 – 2Q. Also,...
1. Suppose the demand for a product is given by P = 30 – 2Q. Also, the supply is given by P = 5 + 3Q. If a $5 per-unit excise tax is levied on the buyers of a good, then after the tax sellers will receive _________ for each unit of the good. a) $4 b) $5 c) $20 d) $22 e) $17 2. Suppose the demand for a product is given by P = 30 – 3Q. Also,...
A monopolist with demand curve P = 20 – Q has costs C = 0.5Q2 and...
A monopolist with demand curve P = 20 – Q has costs C = 0.5Q2 and MC = Q. Calculate this firm's profits if they implement a Two-Part Tariff pricing plan.
Monopoly P= 120-Q C(q)= q2 MR = MC = 120-2Q = 2Q Q*= 30 P*=90 a)...
Monopoly P= 120-Q C(q)= q2 MR = MC = 120-2Q = 2Q Q*= 30 P*=90 a) What is consumer surplus b) Producer surplus c) dead weight loss
A monopoly faces the following inverse demand function: p(q)=100-2q, the marginal cost is $10 per unit....
A monopoly faces the following inverse demand function: p(q)=100-2q, the marginal cost is $10 per unit. What is the profit maximizing level of output, q* What is the profit maximizing price what is the socially optimal price What is the socially optimal level of output? What is the deadweight loss due to monopoly's profit maximizing price?
(i) A monopolist has the following total cost function: C=50+10Q+0.5Q2 They face the market demand of:...
(i) A monopolist has the following total cost function: C=50+10Q+0.5Q2 They face the market demand of: P= 210-2Q a. What is the profit maximizing price and quantity set by this monopoly? What is the monopolist's profit? b. Calculate the producer surplus, consumer surplus, and deadweight loss. c. If the price elasticity of demand faced by this monopolist at the equilibrium is -1.625, what is the Lerner Index? d. If the price elasticity of demand faced by this monopolist at the...
1. Suppose a monopoly with a cost function of C(Q) = 0.5Q2 + 10Q + 392...
1. Suppose a monopoly with a cost function of C(Q) = 0.5Q2 + 10Q + 392 faces a market demand of P = 500 – 17Q. A) What is its profit maximizing level of output, what price will it charge, and what will its profits be? B) If we imposed a MC price ceiling on the monopoly, how much would we need to subsidize them in order for them to remain in business? C) How much would the firm be...
Calculate the Demand Point Elasticity for the demand curve P = 20 - 2Q at P1=12...
Calculate the Demand Point Elasticity for the demand curve P = 20 - 2Q at P1=12 , P2=10 , P3= 8. Categorize each elasticity appropriately.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT