A friend of yours is considering two movie streaming services. Provider A charges $120 per year for the service regardless of the number of movies streamed. Provider B does not have a fixed service fee but instead charges $1 per movie. Your friend's annual demand for movies is given by the equation QD150-50P, where P is the price per movie. With Provider A, the cost of an extra movie is movie is with Provider B, the cost of an extra Given your friend's demand for movies and the cost of an extra movie with each provider, if your friend used Provider A, he would watch movies, and if he used Provider B, he would watch movies. This means your friend would pay with Provider B. for service with Provider A and for service

A friend of yours is considering two movie streaming services. Provider A charges $120 per year for the service regardless of the number of movies streamed. Provider B does not have a fixed service fee but instead charges $1 per movie. Your friend's annual demand for movies is given by the equation QD150-50P, where P is the price per movie. With Provider A, the cost of an extra movie is movie is with Provider B, the cost of an extra Given your friend's demand for movies and the cost of an extra movie with each provider, if your friend used Provider A, he would watch movies, and if he used Provider B, he would watch movies. This means your friend would pay with Provider B. for service with Provider A and for service

Principles of Economics 2e

2nd Edition

ISBN:9781947172364

Author:Steven A. Greenlaw; David Shapiro

Publisher:Steven A. Greenlaw; David Shapiro

Chapter16: Information, Risk, And Insurance

Section: Chapter Questions

Problem 20CTQ: A website offers a place for people to buy and sell emeralds, but information about emeralds can be...

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Your own a chocolate producing company which can advertise on both television (T) and internet(I). The effect of TV and online commercials on sales is again given byS(T,I) = 500 + 48T−6T2+ 112I−6I2+ 4TI. You have a budget of $25 that you can spend on T and I. The price of aTV commercial is $12per unit and the price of an online commercial is also $12 per unit. 1. Determine the optimal level of TV commercials T and online commercials I if you have to spend all of your budget. You should provide two methods to solve this, by direct substitution and by setting up the Lagrangian. Is the Lagrange multiplier positive or negative? Give an intuitive interpretation of why this is the case? 2. Now determine the optimal level of TV commercials T and online commercials I if you DO NOT have to spend all of your budget. Do you obtain the same answer as subquestion 5.1? What is the Lagrange multiplier equal to in this case? Discuss.
Suppose the administration of a University that is located a high-crime urban area mustdecide on a policy to increase policing on its campus. The student population is 10,500 students but iscould increase if crime is reduced. The cost of added policing in terms of additional salary and equipmentis estimated to be $2.4 million per year. Suppose the administration plans to make their decision with thehelp of a benefit cost analysis of the policy. VSL is $11.8 million a. Explain how the concept of Value of a Statistical Life might factor into a benefit cost analysis of thispolicy. b. How many lives would need to be save to justify the added policing costs if only prevented deathswere considered as the policy benefit? c. Suppose it is believed that student enrollment will increase in the future if crime on campus is reduced.Write a formula to calculate the present value of benefits of policing if student enrollment increases by4% each year.
A movie theater has been charging $ 10.00 per person and selling about500 tickets on Saturday and Sunday nights. After surveyingtheir customers, theater owners estimate that for every 50 cents theylower the price, the number of attendees will increase by 50 per night.Find the demand function and calculate the consumption surplus whentickets are sold for $ 8.00.
Exercise 4.7 You own two massage parlours located in a big city, one of them in a central residential neighbourhood and the other on the outskirts. The price elasticity of the demand of the customers of the residential neighbourhood is, in absolute value, 1.25 and that of the clients who live on the outskirts is, in absolute value, 2.5. The marginal cost of a full massage is € 12 regardless of the location of the salon. a) If your goal is to get the maximum possible benefit, what price should you charge in each salon for a full massage? b) Use the Lerner index to determine the market power it holds in each of the segments.
Bill is a professional photographer. His camera is broken, and he needs a new one within the next hour, orhe will miss an important deadline. Lisa is a highschool student who doesn’t have a camera but wantsto get one to take pictures at her prom next month.Who do you think would have a higher willingnessto pay for a particular camera today? Why?
Suppose that a study of changes in admission prices reveals that when the price of admissionto the museum increases by 10%, adults reduce their ticket purchases by 10%, senior citizensreduce their ticket purchases by 20%, college students reduce their ticket purchases by 25%,and children reduce their ticket purchases by 30%. If the cost of having a person visit themuseum is the same regardless of whether the person is an adult, senior citizen, collegestudent, or child, which of the following pricing schemes is the most likely to be used by themuseum and why? Group of answer choices The museum will set one price of $12 for everyone because that is the most fair. $8 for children, $10 for college students, $12 for senior citizens, and $15 for adultsbecause the museum can earn higher profits by charging the lowest price to those with theleast elastic demand and the highest price to those with the most elastic demand. $15 for children, $12 for college students, $10 for senior citizens,…
Susan and Katy share an apartment, which they have decided to decorate for the holidays. The figure below shows Susan’s and Katy’s individual demand for strands of lights, measured metres. If Susan and Katy were to individually decide how many metres of lights to purchase, how much would be purchased if the price of lights were $16 per metre. SOLUTION IS NOT 20 METRES 5 metres 10 metres 15 metres 20 metres None of these.
In Autarka 2 amusement parks, Alfonso's wonderland and Bernice's rides there are 9600 people who like to visit an amusement park. Each of these consumers wants to visit one park once. The consumers' homes are evenly spaced across the island, and they each suffer a disutility of $24 for each kilometre they travel to reachan amusement park. With their current technology, it costs an amusement park $12 for each customer theyhost. At present, the equilibrium price for an amusement park ticket is $36, and each firmhas a profit of $115,200. This market is best modelled as Hotelling competition. Fixed costs should be neglected. Treat this market as a one-shot game. Do not consider repetition or associated phenomena such as collusion or predatory pricing. Assuming the profit function for Alfonso's Wonderland is Na(Pa,Pb) = 200(PaPb - Pb^2 + 30Pb -6Pa - 144) Find their best-response function in which their marginal cost is $6.
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Greentech- a high technological pharmaceutical company, has developed a clot-dissolving drug called TPA that will halt a heart attack in progress. TPA saves life, minimizes hospital stays, and reduces damage of the heart itself. It is priced at $ 2,200 per dose. What pricing approach does Greentech appear to be using? Is demand for this drug is likely to be elastic with price? Note: Please answer the question with points and exampleUrgent needed within 30min
Suppose you’re trying to get your friends to go todinner with you. Would it be wiser to frame thedecision as costing only $5 more than the foodthey’d make for themselves, or that it will cost$5 less than every other restaurant around town?