Question

The annual inverse demand for a year of studies at UK is P ( q )...

The annual inverse demand for a year of studies at UK is

P

(

q

) = 12,000 - 0.15

q

. The marginal cost

is $3,000.

a) What is the profit maximizing tuition rate and how many students enroll?

b) For poorer families, the inverse demand is

P

(

q

) = 8,000 - 5

q

. Is it profitable to offer "need based"

scholarships to poorer families? (Determine new P and Q and think in terms of 3

rd

degree price

discrimination)

Homework Answers

Answer #1

Ans:

The profit maximising point would be when P=MR=MC,and writing profit equation

profit = P*Q - MC*Q

=> profit = (12000 - 0.15Q)*Q - 3000Q

differentiating wrt q, to get maximizing point

solving, 12000-0.3Q = 3000

=> Q = 30000

And P = $7500.

Ans b)

Yes, it is profitable to offer "need based" scholarship .

However, on applying 3rd degree price discrimination,

Marginal revenue for group 1 = 12000 - 0.3 Q

Marginal revenue for poor family (group2) = 8000 - 10q

MR(group1) = MC

=> q1* = 30000

so as,

MR(group2) =MC

=> 8000 - 10q2 = 3000

or, q2* = 500

substitute to get prices,

p1* = 7500.

p2* = 5500.

Here, since we have applied prce discrimination of 3rd degree so, organisation enrols 30000 students @ $7500 student and for the poorer families, it enrols 500 students @ $5500 per student. and makes profit!

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
given the inverse demand function P = 40 - Q and a constant marginal cost of...
given the inverse demand function P = 40 - Q and a constant marginal cost of 10, what is the profit maximizing price? please show step by step to solve
4. You are a monopolist facing the inverse demand p = 200 − Q, and wish...
4. You are a monopolist facing the inverse demand p = 200 − Q, and wish to maximize your producer’s surplus by nonlinear price discrimination (sometimes called “second-degree price discrimination”). To keep things simple, assume that your marginal cost is zero. (a) If you charge 3 different prices for different levels of quantity purchased, what are these price levels and the corresponding quantities that must be purchased to qualify for each price? (b) How much greater is your producer’s surplus...
Suppose these are the following Demand/MV and Supply/MC equations for higher education, where Q is the...
Suppose these are the following Demand/MV and Supply/MC equations for higher education, where Q is the number of students and P is tuition. The marginal value equation is: MV=13.30-1.30*Q The marginal cost equation is: MC=1.80+0.55*Q What is the equilibrium tuition(price)? Students receive a per-unit $2.00 scholarship if they attend university. What is the new tuition? What is the total amount spent on scholarships? Now, in addition to the scholarships received by students, the university receives a $1 per student subsidy....
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...
A monopoly has an inverse demand curve given by: p=28-Q And a constant marginal cost of...
A monopoly has an inverse demand curve given by: p=28-Q And a constant marginal cost of $4. Calculate deadweight loss if the monopoly charges the profit-maximizing price. Round the number to two decimal places.
13.Suppose a monopoly's inverse demand curve is P = 100 -Q, it produces a product with...
13.Suppose a monopoly's inverse demand curve is P = 100 -Q, it produces a product with a constant marginal cost of 10, and it has no fixed costs. How much more or less is the deadweight loss if the monopoly can practice perfect price discrimination compared to it practicing uniform pricing? ___________
A monopolist faces the inverse demand function p = 300 – Q. Their cost function is...
A monopolist faces the inverse demand function p = 300 – Q. Their cost function is c (Q) = 25 + 50Q. Calculate the profit maximizing price output combination
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?
Suppose the (inverse) demand function facing a firm is p(q)=10 – q, where p is the...
Suppose the (inverse) demand function facing a firm is p(q)=10 – q, where p is the price, q is quantity. 1. Draw the (inverse) demand function and marginal revenue. Show your detailed work such as slope, intercept. 2. Suppose the firm has a marginal cost MC=q, and it is the only firm in the market (that is, monopoly). Find the output level and price set by the firm based on your graph in (1). (You do not need to derive...
The inverse demand curve a monopoly faces is p equals 15 Upper Q Superscript negative 0.5....
The inverse demand curve a monopoly faces is p equals 15 Upper Q Superscript negative 0.5. What is the​ firm's marginal revenue​ curve? Marginal revenue​ (MR) is MRequals 7.5 Upper Q Superscript negative 0.5. ​(Properly format your expression using the tools in the palette. Hover over tools to see keyboard shortcuts.​ E.g., a superscript can be created with the​ ^ character.) The​ firm's cost curve is Upper C left parenthesis Upper Q right parenthesis equals 5 Upper Q. What is...