You have two choices for how you are going to spend Saturday evening. You can go to the pub with your friends, which will cost you £30 for the evening. The pleasure you anticipate from this experience is worth £50 to you. Or you can go to the theatre The ticket will cost you £50, but you value the experience at £60. Based on this information. a)What is your opportunity cost of going to the pub? b)What is your economic cost of going to the pub? c)What is your economic rent of going to the pub?

Your total benefits from spending time with your spouse are shown in the following table. Hours per Day 0 Total Benefit 0 20 38 54 68 80 90 98 104 Alternatively, you have the option of working as many hours as you want, earning $11 per hour. Assume this is the next best use of your time. Use the marginal principle to find your optimal number f hours to spend with your spouse per day. The optimal amount of time for you spend with your spouse is hours per day. (Enter your response as an integer.)

Suppose you own a profitable small business in another state and you wanted to hold a meeting, but you needed to make a decision on whether to fly to the other state using your free frequent-flyer miles and pay a $100 cab-fare or hold a video conference meeting (at a facility that you have already prepaid a $2000 access-fee but must also paid a $155/hour to use the facility). What option should you choose?

Jia is considering whether to go out to dinner at a restaurant with her friend. The meal is expected to cost $40, Jia typically leaves a 20% tip, and an Uber will cost $5 each way. Jia values the restaurant meal at $25. Jia enjoys her friend s company and is willing to pay $30 just to spend an evening with her.

On January 1st, 2022 every economics major at NYU had to choose one of the following two options: (a) take $10 today, (b) forgo $10 today, and get $15 on December 31st, 2022. Suppose John Doe, chose option (a), and picked up $10 on January 1st. Use this information to solve for John’s minimum discount rate. (Recall, r is the discount rate and (1 + r) is the discount factor.)    Given the information above, what do we know about the discount rate of Jane Doe if she chose option (b)?

2. Determining opportunity cost Juanita is deciding whether to buy a suit that she wants, as well as where to buy it. Three stores carry the same suit, but it is more convenient for Juanita to get to some stores than others. For example, she can go to her local store, located 15 Discounted minutes away from where she works, and pay a marked-up Marked-up price price price of $102 for the suit: Juanita's office Original price Travel Time Each Way Price of a Suit (Minutes) (Dollars per suit) Store Local Department Store 15 102 Across Town 30 88 Neighboring City 60 63 Juanita makes $18 an hour at work. She has to take time off work to purchase her suit, so each hour away from work costs her $18 in lost income. Assume that returning to work takes Juanita the same amount of time as getting to a store and that it takes her 30 minutes to shop. As you answer the following questions, ignore the cost of gasoline and depreciation of her car when traveling. Complete the following table by computing…

Van 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.

Max has 3 options of what to do in the afternoon. A) play ultimate frisbee which he values at $40 and is free; B) Go to CrossFit which he values at $30 and costs $12 to do C) Lift at his home gym which he values at $20 and is free. He chooses to play ultimate frisbee. What are his opportunity costs in this example? $50 $40 $38 $30 $20  $18

Katie loves swimming. Every afternoon, she visits the local swimming pool for a swim. The entry cost to the pool costs Katie $10 but she can swim for as long as she wants. Once she has entered the pool and paid the fee, Katie wonders how many hours should she spend swimming if she were to think like an economist. She expects to gain an incremental benefit of $21 from the first hour of swimming, then gains subsequent incremental benefits of $17 from the second, $11 from the third and $4 from the fourth. For every hour spent swimming, it will cost Katie $6 as she could have spent the time doing her homework. In determining how many hours Katie should be swimming, the $10 entry fee to the pool is a/an Type A for Average cost, M for Marginal cost, S for Sunk cost or O for Opportunity cost. Using marginal analysis, what is the optimal amount of hours Katie should spend swimming? The maximum surplus for Katie, from spending the number of hours you found in part b, is $ Answer to the nearest…

Maggie is currently using the website Matchmaker.com to help her search for a new partner. Maggie is enjoying going on the dates she has arranged through this website. She believes the marginal benefits are more than the marginal costs from using the website. Which of the following statements is true? Maggie should always continue using Matchmaker.com as the benefits outweigh the cost. Maggie's opportunity cost from using Matchmaker.com will eventually start to rise and her benefits will eventually start to fall. Maggie should immediately cease using Matchmaker.com when she has a successful date. With her benefits per hour currently exceeding her costs per hour, Maggie is at the optimal level of information. Maggie's use of Matchmaker.com will become subject to diminishing returns to scale as her costs fall. 0000