EBK PRINCIPLES OF MACROECONOMICS
6th Edition
ISBN: 9780073534701
Author: Frank
Publisher: YUZU
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Chapter 1, Problem 3P
To determine
Explain the decision of attending the game.
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On your way home from Super Groceries, your car breaks
down. It is a hot summer day and you have nobody to call.
With little time before the food spoils, you decide to
prioritize what to carry on the walk home. You choose to take
three items with you. Since you will need all five items today,
you will replace the two abandoned items at the corner store
near your house, Convenient Grocers.
The table contains the prices you paid for each good at Super
Groceries and the prices you will need to pay at Convenient
Grocers to replace the goods.
Which three items should you save?
OOOOO
vegetables
fruits
eggs
ham
milk
Item
milk
eggs
ham
vegetables
fruits
Price at Super
Groceries
$3.75
$3.80
$2.95
$3.80
$2.50
Price at Convenient
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$4.25
$2.95
$5.25
$3.05
$3.80
Your friend bought two tickets to see James Taylor play at the Save-On Center, but now her partner can’t make it. You knew about the concert, but you decided you’re not a big enough fan to pay $100 for a ticket. On the other hand, she would have bought tickets even if they cost $150 each. If you assume that she cannot sell the ticket anywhere else, what is the minimum price you can offer her for the ticket that she will accept? Explain your answer.
6) You have been assigned to create a new TV game show, and you have an interesting idea that you call, “I WANT TO BE A MILLIONAIRE.” The basics are: 1) two contestants; 2) the show begins with each contestant being given $1 million (!), and then 3) they begin playing a game that can increase or decrease that $1 million. You worry that the initial outlay of $2 million will stun your producers, so you decide to prepare them with a simpler version of your game that you call: “I WANT $3.” There are four steps in this simpler game:
I. There are two contestants/opponents (who do not know each other and cannot communicate with each other during the game).
II. Each player is given $3 at the start of the game.
III. Independently and simultaneously, each player must choose whether they want to add $0, $1, $2 or $3 to their initial stake of $3. Doing so reduces their opponent’s award by $0, $2, $4, or $6, respectively.
IV. Each player knows that their payoff at the end of the game is based on…
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EBK PRINCIPLES OF MACROECONOMICS
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- 6) You have been assigned to create a new TV game show, and you have an interesting idea that you call, “I WANT TO BE A MILLIONAIRE.” The basics are: 1) two contestants; 2) the show begins with each contestant being given $1 million (!), and then 3) they begin playing a game that can increase or decrease that $1 million. You worry that the initial outlay of $2 million will stun your producers, so you decide to prepare them with a simpler version of your game that you call: “I WANT $3.” There are four steps in this simpler game: I. There are two contestants/opponents (who do not know each other and cannot communicate with each other during the game). II. Each player is given $3 at the start of the game. III. Independently and simultaneously, each player must choose whether they want to add $0, $1, $2 or $3 to their initial stake of $3. Doing so reduces their opponent’s award by $0, $2, $4, or $6, respectively. IV. Each player knows that their payoff at the end of the game is based on…arrow_forward6) You have been assigned to create a new TV game show, and you have an interesting idea that you call, “I WANT TO BE A MILLIONAIRE.” The basics are: 1) two contestants; 2) the show begins with each contestant being given $1 million (!); and then 3) they begin playing a game that can increase or decrease that $1 million. You worry that the initial outlay of $2 million will stun your producers, so you decide to prepare them with a simpler version of your game that you call: “I WANT $3.” There are four steps in this simpler game: There are two contestants/opponents (who do not know each other and cannot communicate with each other during the game). Each player is given $3 at the start of the game. Independently and simultaneously, each player must choose whether they want to add $0, $1, $2 or $3 to their initial stake of $3. Doing so reduces their opponent’s award by $0, $2, $4, or $6, respectively. Each player knows that their payoff at the end of the game is based on their initial…arrow_forwardSuppose the National Football League (NFL) wants to make Super Bowl tickets affordable for more football fans. The league therefore sets the price of a Super Bowl ticket below what is generally considered a fair market price. Suppose the price of a ticket for a regular seat at the Super Bowl is set at just $500. People who have tickets, however, can turn resell them online for $2,500 each, or more. If there are no transaction costs associated with online sales of Super Bowl tickets, the true cost to a fan of attending the Super Bowl is: O at least $2,500. O the monetary price paid to obtain the ticket. at most $500. $2,000 less than the opportunity cost of a ticket.arrow_forward
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- Catherine wins a non-transferable, non-refudnable ticket to attend Saturday's baseball game. Taylor plans to attend the same game, but she knows from experience she can purchase a $40 ticket the day of the game. On the day of the game, it is cold with off-and-on rain showers, weather that both Catherine and Taylor equally dislike, making the prospect of attending the game less attractive than before. If both Catherine and Taylor have the same tastes and rational: a. Is one of them more likely to attend the baseball game than the other? b. Instead of winning a ticket, assume that last week Catherine paid $40 for the non-trasnferable, non-refundable ticket to Saturday's game. Would this change whether or not one of them is more likely to attend the baseball game?arrow_forwardAhmed is considering his plans for the coming weekend. He is currently working as a marketing specialist in a big advertising company. He normally spends the weekend with family but this weekend he is thinking of going on a camping trip that would cost him about $1,900. At the same time, his manager asked him whether he can help during the weekend and the company will be willing to pay him an overtime bonus of $1,000. If Ahmed goes on the camping trip, he can manage to provide a number of quick consultancy services that would earn him around $2,500. If Ahmed decided to go on the camping trip what would be the incremental cost of that decision ($)? a. None of the given answerS O b. 1,000 O c. 2,500 O d. 1,900 O e. 600arrow_forwardVan has plans to go to an opera and already has a $100 nonrefundable, nonexchangeable, and nontransferable ticket. Now Amy, whom Van has wanted to date for a long time, asks him to a party. Van would prefer to go to the party with Amy and forgo the opera, but he doesn't want to waste the $100 he spent on the opera ticket. From the perspective of an economist, if Van decides to go to the party with Amy, what has he just done? 1. Incorrectly allowed a sunk cost to influence his decision 2. Made a choice that was not optimal 3 Correctly ignored a sunk cost Note:- Do not provide handwritten solution. Maintain accuracy and quality in your answer. Take care of plagiarism. Answer completely. You will get up vote for sure.arrow_forward
- Levi offered to sell his car to Evan for $5,000 cash. Evan responded to Levi's offer by saying: "I will buy your car for $ 5,000. I will pay you $2, 500 now, and $2, 500 in one week's time." Have Levi and Evan formed a binding agreement? Explain.arrow_forwardStan Moneymaker needs 15 gallons of gasoline to top off his automobile’s gas tank. If he drives an extra eight miles (round trip) to a gas station on the outskirts of town, Stan can save $0.10 per gallon on the price of gasoline. Suppose gasoline costs $3.90 per gallon and Stan’s car gets 25 mpg for in-town driving. Should Stan make the trip to get less expensive gasoline? Each mile that Stan drives creates one pound of carbon dioxide. Each pound of CO2 has a cost impact of $0.02 on the environment. What other factors (cost and otherwise) should Stan consider in his decision making?arrow_forwardConcert Tickets You are selling seats at an upcoming concert. The concert hall has a total of 8,500 seats, which will include reserved seats and general admission seats. You're selling reserved seats for $9 each and general admission seats for $5 each and are trying to decide how many of each kind of seat to offer. You want to make money on the concert, but also want people who can't afford the more expensive seats to come. You estimate your expenses for putting on the concert to be $50,000. You are hoping to make a profit, or at least break even. Assuming that you sell out the concert: a. Determine an equation for your revenue and profit as a function of the number of reserved seats you offer. b. Graph your revenue and profit equations on the same graph. What do you notice about the two functions? What does the slope of the lines represent in this situation? c. Determine how many reserved seats you would need to offer in order to break even. d. Determine how many reserved seats must…arrow_forward
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