Question

In: Economics

Clearvoice is a wireless telephone monopolist in a rural area. There are 100 consumers in the...

Clearvoice is a wireless telephone monopolist in a rural area. There are 100 consumers in the market, each of whom has a monthly demand curve for wireless minutes of Qd=100-100P, where P is the per-minute price in dollars. The marginal cost of providing wireless service is 10 cents per minute. If Clearvoice charges 40 cents per minute, how large a fixed fee can it charge and still persuade consumers to buy? What is it’s profit from each consumer? It’s total profit? What if the firm charges 10,20,30 cents per minute?

Solutions

Expert Solution

Each consumer's demand curve: Qd=100-100P

If P = $0.40 per minute,

Qd = 100 - 100 x (0.40)

Qd = 60 minutes

Flat fee = 60 x 0.40 = $24 per month

Even if a monthly fee of $24 is charged, consumers will buy.

Profit from each consumer = (P - MC) x Q

= (0.40 - 0.10) x 60

Profit = $18 per consumer

Total profit = 18 x 100 = $1800

---

If the firm charges 10 cents per minute:

If P = $0.10 per minute,

Qd = 100 - 100 x (0.10)

Qd = 90 minutes

Flat fee = 90 x 0.10 = $9 per month

Even if a monthly fee of $9 is charged, consumers will buy.

Profit from each consumer = (P - MC) x Q

= (0.10 - 0.10) x 90

Profit = $0 per consumer

(Profit is zero, as P = MC)

Total profit = $0

---

If the firm charges 20 cents per minute:

If P = $0.20 per minute,

Qd = 100 - 100 x (0.20)

Qd = 80 minutes

Flat fee = 80 x 0.20 = $16 per month

Even if a monthly fee of $16 is charged, consumers will buy.

Profit from each consumer = (P - MC) x Q

= (0.20 - 0.10) x 80

Profit = $8 per consumer

Total profit = 8 x 100 = $800

---

If the firm charges 30 cents per minute:

If P = $0.30 per minute,

Qd = 100 - 100 x (0.30)

Qd = 70 minutes

Flat fee = 70 x 0.30 = $21 per month

Even if a monthly fee of $21 is charged, consumers will buy.

Profit from each consumer = (P - MC) x Q

= (0.30 - 0.10) x 70

Profit = $14 per consumer

Total profit = 14 x 100 = $1400


Related Solutions

Clearvoice is a wireless telephone monopolist in a rural area. There are 100 consumers in the...
Clearvoice is a wireless telephone monopolist in a rural area. There are 100 consumers in the market, each of whom has a monthly demand curve for wireless minutes of Qd= 100 -100P, where P is the per-minute price in dollars. The marginal cost of providing wireless service is 10 cent per minute. If Clearvoice charges 40 cents per minute, how large a fixed fee can it charge and still persuade consumers to buy? What is its profit from each consumer?...
growth of wireless local area network
growth of wireless local area network
. A monopolist faces two types of consumers: low demand consumers and high demand consumers. A...
. A monopolist faces two types of consumers: low demand consumers and high demand consumers. A high demand consumer has valuation equal to VH(q) = 10 + q - q 2 for q units of output and a low demand consumer has valuation equal to VL(q) = 10 + q - 2q2 for q units of output. There are equal numbers of each type of consumer. Marginal cost of production is constant and equal to c. The monopolist wishes to...
Consider a monopolist who has a cost function of ?(?)=???. This monopolist faces two consumers, the...
Consider a monopolist who has a cost function of ?(?)=???. This monopolist faces two consumers, the first having demand ??(??)=??−?? and the second having demand ??(??)=??−??. a) Calculate the profit-maximizing price and then the optimal quantity sold to each consumer under uniform pricing, i.e. the monopolist charges the same price for both consumers. What are the monopolist’s profits? b) Suppose now that the monopolist can engage in third degree price discrimination. Find the monopolists profit maximizing prices for consumers 1...
Consider a monopolist who has a cost function of ?(?)=???. This monopolist faces two consumers, the...
Consider a monopolist who has a cost function of ?(?)=???. This monopolist faces two consumers, the first having demand ??(??)=??−?? and the second having demand ??(??)=??−??. a) Calculate the profit-maximizing price and then the optimal quantity sold to each consumer under uniform pricing, i.e. the monopolist charges the same price for both consumers. What are the monopolist’s profits? b) Suppose now that the monopolist can engage in third degree price discrimination. Find the monopolists profit maximizing prices for consumers 1...
The TIV Telephone Company provides long-distance telephone service in an area. According to the company’s records,...
The TIV Telephone Company provides long-distance telephone service in an area. According to the company’s records, the average length of all long-distance phone calls placed through this company in 2015 was 12.44 minutes. The company’s management wants to check if the mean length of the current long- distance calls is different from 12.44 minutes. A sample of 150 such calls placed through the company produced a mean length of 13.71 minutes. The standard deviation of all such calls is 2.65...
A monopolist faces some consumers (called group-H consumers) with an inverse demand function for each consumer...
A monopolist faces some consumers (called group-H consumers) with an inverse demand function for each consumer given by p = 80 − q. The firm’s total cost function is given by: C(q) = 20q (so that MC = 20 for all q). First suppose that the firm only uses linear pricing (i.e., charges only a unit price p). 1. Find the price maximizing the firm’s profits. 2. What are the corresponding profit and surplus per consumer? Now suppose that the...
Suppose that there is only one firm, the monopolist and many consumers in the market. Assume...
Suppose that there is only one firm, the monopolist and many consumers in the market. Assume that the market demand function is given by P = 210−2Qd and the monopolist’s cost function is given by C(Q) = 10Q. (a) Setup the monopolist’s profit maximization problem. (b) Solve the monopolist’s profit maximization problem and find the market equilibrium price P∗ and quantity Q∗. Now, assume that the government eliminates all the entry cost of entering the market as the government wants...
Based on recent statistics, the probability that a smoker who lives in a rural area will...
Based on recent statistics, the probability that a smoker who lives in a rural area will die from lung cancer is 0.00065. The probability that a smoker from an urban area will die from lung cancer is 0.00085. The probability that a nonsmoker from an urban area will die from lung cancer is 0.00015, whereas the probability that a rural nonsmoker will die from lung cancer is 0.00001. Approximately 70 percent of the population live in urban areas, and about...
If a person who had just recently purchased a home in a rural area with a...
If a person who had just recently purchased a home in a rural area with a shallow well as their drinking water source came to you requesting advice about testing their water, what guidance would you give him or her? Discuss.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT