Suppose Antonio is currently using combination D, producing one boat per day. His opportunity cost of producing a second boat per day is per day. Now, suppose Antonio is currently using combination C, producing two boats per day. His opportunity cost of producing a third boat per day is per day. From the previous analysis, you can determine that as Antonio increases his production of boats, his opportunity cost of producing one more boat Suppose Antonio buys a new tool that enables him to produce twice as many boats per hour as before, but it doesn't affect his ability to produce balls. Use the green points (triangle symbol) to plot his new PPF on the previous graph. Because he can now make more boats per hour, Antonio's opportunity cost of producing balls is It was previously.

Suppose Antonio is currently using combination D, producing one boat per day. His opportunity cost of producing a second boat per day is per day. Now, suppose Antonio is currently using combination C, producing two boats per day. His opportunity cost of producing a third boat per day is per day. From the previous analysis, you can determine that as Antonio increases his production of boats, his opportunity cost of producing one more boat Suppose Antonio buys a new tool that enables him to produce twice as many boats per hour as before, but it doesn't affect his ability to produce balls. Use the green points (triangle symbol) to plot his new PPF on the previous graph. Because he can now make more boats per hour, Antonio's opportunity cost of producing balls is It was previously.

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Suppose Yakov is currently using combination D, producing one train per day. His opportunity cost of producing a second train per day is _________ per day. Now, suppose Yakov is currently using combination C, producing two trains per day. His opportunity cost of producing a third train per day is ________ per day. From the previous analysis, you can determine that as Yakov increases his production of trains, his opportunity cost of producing one more train increases or decreases? . Suppose Yakov buys a new tool that enables him to produce twice as many trains per hour as before, but it doesn't affect his ability to produce balls. Use the green points (triangle symbol) to plot his new PPF on the previous graph. Because he can now make more trains per hour, Yakov's opportunity cost of producing balls is higher than/lower than or stays same it was previously.
A weaver working with a handloom is able to produce 11 yards of fabric per day. The typical weaver is paid £10 for a day's work. A loom powered by a steam engine is able to produce 82 yards of fabric per day. The powered loom still needs a worker to operate it, earning £10 per day, but also needs 24 pounds of coal to power it. At what price per pound of coal does the cost of producing fabric by power loom equal the cost of producing it by handloom? Round your final answer to two decimal places.
Spark Studio produces commercials for other companis. A 2-minute commercial, for example, needs exactly 5 minutes of filming and 8 minutes of editing. Let x1 denote the minutes of filming and x2 denote the minutes of editing. a) Suppose that filming costs $45 per minute and editing costs $10 per minute. To produce a 5-miunte commercial, how many minutes of filming and how many minutes of editing Does Spark studio need to minimize cost? How much is this cost? Draw a graph of the isoquant and isocost line to show this optimal bundle. b) Rocket Media, another commercial production company, uses a different technology. The length of commercials it produces is equal to the longer of the two: one-third of the length of filming and one-fourth of the length of editing. When w1 = 15 and w2 = 10, derive Rocket Media's cost function c(y).
Consider Figure 2-2 in Chapter 2. Assume the numbers on the y-axis 820 and 610 were changed to respectively 800 and 700. The opportunity cost of going from 240 to 480 units of food would now be _ and the law of increasing (opportunity) cost__ still hold. a) 100 // would b) 800 // would c) 700 // would not d) 100 // would not
Would the opportunity cost be a benefit to UPS shipping or a benefit to UPS international shipping for this example? “To begin, I began selling prints of my pictures in 2019 throughout 2020. It's now closed. USPS and UPS were the options I had during this period to ship out orders. Smaller or lighter packages were more expensive to ship with UPS, but USPS provided a low-cost alternative. UPS ships more than 220 internationally, whereas; USPS is strict about shipping to specific international destinations. I have chosen USPS over UPS; by doing this, orders were delivered on time and without damage by the United States Postal Service.”
Suppose that Flamerock Tires must decide where to produce one million tires: the US, where wages are 30 and the cost of capital is 5; or China, where wages are 5 and the cost of capital is 25. Production in each location follows the same technology (production function) given by: Q = f(L, K) = L^0.25 K^0.75 Computationally solve the cost - minimizing input levels in each location to produce the goal of 1 million tires
2. The relationship between marginal and average costs Consider the following scenario to understand the relationship between marginal and average values. Suppose Latasha is a professional basketball player, and her game log for free throws can be summarized in the following table. Fill in the columns with Latasha's free-throw percentage for each game and her overall free-throw average after each game. Game Game Result Total Game Free-Throw Percentage Average Free-Throw Percentage 1. 8/10 8/10 80 80 6/10 14/20 3 1/5 15/25 4 3/5 18/30 5 8/10 26/40 On the following graph, use the orange points (square symbol) to plot Latasha's free-throw percentage for each game individually, and use the green points (triangle symbol) to plot her overall average free-throw percentage after each game. Note: Plot your points in the order in which you would like them connected. Line segments will connect the points automatically.
Krisha can pick 4 pounds of coffee beans in an hour or gather 2 pounds of nuts. Tom can pick 2 pounds of coffee beans in an hour or gather 4 pounds of nuts. Each works 6 hours per day. Together, what is the maximum number of pounds of coffee beans the two can pick in a day? What is the maximum number of pounds of nuts the two can gather in a day? Maximum amount of coffee beans pounds per day Maximum amount of nuts pounds per day Now suppose Krisha and Tom were gathering the maximum number of pounds of nuts when they decided that they would like to begin picking 8 pounds of coffee beans per day. Who would pick the coffee beans? How many pounds of nuts would they still be able to gather? Would it be possible for Krisha and Tom in total to gather 26 pounds of nuts and pick 20 pounds of coffee beans each day? If so, how much of each good should each person pick? The combination of 30 pounds of coffee beans and 12 pounds of nuts per day is show Krisha and Tom's combined daily PPC.
For a certain company, the cost for producing x items is 60x + 300 and the revenue for selling x items is 100x – 0.5x². - The profit that the company makes is how much it takes in (revenue) minus how much it spends (cost). In economic models, one typically assumes that a company wants to maximize its profit, or at least wants to make a profit! Part a: Set up an expression for the profit from producing and selling x items. We assume that the company sells all of the items that it produces. (Hint: it is a quadratio polynomial.) Part b: Find two values of x that will create a profit of $300. The field below accepts a list of numbers or formulas separated by semicolons (e.g. 2; 4; 6 or x + 1; x – 1). The order of the list does not matter. To enter va, type sqrt(a). x = Part c: Is it possible for the company to make a profit of $15,000?
Suppose there exist two imaginary countries, Sequoia and Denall. Their labor forces are each capable of supplying four million hours per week that can be used to produce almonds, shorts, or some combination of the two. The following table shows the amount of almonds or shorts that can be produced by one hour of labor. Almonds Country (Pounds per hour of labor) Sequoia Denall Suppose that initially Denall uses 1 million hours of labor per week to produce almonds and 3 million hours per week to produce shorts, while Sequoia uses 3 million hours of labor per week to produce almonds and 1 million hours per week to produce shorts. As a result, Sequola produces 12 million pounds of almonds and 16 million pairs of shorts, and Denall produces 6 million pounds of almonds and 36 million pairs of shorts. Assume there are no other countries willing to engage in trade, so, in the absence of trade between these two countries, each country consumes the amount of almonds and shorts it produces.…
Amy and Bill are fixing up their house by painting walls and installing electrical outlets. In one hour, Amy can paint 8 walls, or install 6 outlets. In one hour, Bill can paint 5 walls, or install 5 outlets In order to maximize their work per hour, (Click to select) should just paint walls, and (Click to select) ♥ should just install outlets
10) Suppose a firm is currently producing 100 units of good A for a total cost of $75,000 and 100 units of good B at a total cost of $30,000. If the firm finds that it can produce the two goods together, what is the savings in total cost (in percentage terms) that the firm can achieve by exploiting economies of scope?