You can think of the result in any one game as being Paolo's marginal free-throw percentage. Based on your previous answer, you can deduce that when Paolo's marginal free-throw percentage is below the average, the average must be You can now apply this analysis to production costs. For a U-shaped average total cost (ATC) curve, when the marginal cost curve is below the average total cost curve, the average total cost must be Also, when the marginal cost curve is above the average total cost curve, the average Therefore, the marginal cost curve intersects the average total cost curve total cost must be

You can think of the result in any one game as being Paolo's marginal free-throw percentage. Based on your previous answer, you can deduce that when Paolo's marginal free-throw percentage is below the average, the average must be You can now apply this analysis to production costs. For a U-shaped average total cost (ATC) curve, when the marginal cost curve is below the average total cost curve, the average total cost must be Also, when the marginal cost curve is above the average total cost curve, the average Therefore, the marginal cost curve intersects the average total cost curve total cost must be

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Question 6: For each of the total cost functions, write the expressions for the average cost, average fixed cost, average variable cost, and marginal cost: 1. TC (Q) = 5Q 2. TC (Q) = 120 +6Q 3. TC (Q) = 6Q² 4. TC (Q) = 140 +5Q²
Suppose that widgets can be produced using two different production techniques, A and B. The following table provides the total input requirements for each of five different total output levels. Q = 1 Tech. K L A B Q=2 K L 2 4 1 6 1 3 2 5 Total Cost L K Assuming that the price of labor (P₁) is $1 and the price of capital (PK) is $3, calculate the total cost of production for each of the five levels of output using the optimal (least-cost) technology at each level. Q=3 K L 4 9 4 8 To do this, complete the table below by calculating the total cost of production, filling in the missing values using the optimal (least-cost) technology at each level. (Enter your responses as whole numbers.) Q=4 K L 12 5 Total Cost How many labor hours (units of labor) would be employed at each level of output? How many machine hours (units of capital)? To answer this, complete the table below for the units of labor and units of capital that would be used to produce each level of output. (Enter your…
In continuation of that question .d. Write down the formula and draw the graph of the average cost and marginal cost functions, as functions of y.
The following table shows the capital and labor requirements for 10 different levels of production. Assuming that the price of labor (PL) is $9 per unit and the price of capital (PK) is $8 per unit, compute and graph total cost, marginal cost, and average cost for the firm. To do this, fill in the total cost for each output level in the table below. (Enter your responses as whole numbers.) q 0 1 2 3 4 5 6 7 8 9 10 K 0 20 20 20 20 20 20 20 20 20 20 L 0 3 7 10 13 17 23 31 41 53 67 TC 0
is it true that the marginal cost curve is represented by a quadratic equation if the total cost curve is a quadratic equation?
Explain why optimal marks- up vary
Introduction to Calculus in Economics (continued): In the previous Problem Set question, we started looking at the cost function C (æ), the cost of a firm producing z items. An important microeconomics concept is the marginal cost, defined in (non- mathematical introductory) economics as the cost of producing one additional item. If the current production level is æ items with cost C (z), then the cost of computing h additionial (C(z+h)-C(z)) items is C (z + h). The average cost of those h items is . As we analyze the cost of just the last item produced, this can be made into a mathematical model by taking the limit as h → 0, i.e. the derivative C' (z). Use this function in the model below for the Marginal Cost function MC (x). Problem Set question: The cost, in dollars, of producing z units of a certain item is given by C (z) = 0.02a3 – 10z + 450. (a) Find the marginal cost function. MC (z) (b) Find the marginal cost when 50 units of the item are produced. The marginal cost when 50…
Businesses wanted to reduce their cost to the minimum without compromising the product quality and violating laws. The total fixed cost decreases if the output increases. Thus the business is left with the variable cost to manage. Notably, the concept of the economies of scale also works for the government, non-profit organizations and individuals. The entity becomes more efficient as it produces more output and reduces cost as a result. The organization can benefit from the economics of scale, consequently, the consumers enjoy lower prices, and the economy expands to increase more demand. For huge businesses, economies of scale provide a competitive advantage over small enterprises. There are two types of economies of scale. The cost that the management can control is internal, while the cause for the cost to decrease attributed to geographic location, government policies, and industry changes are externals. Typically the internal economy of scale is found in large businesses as a…
Back to Assignment Attempts: Keep the Highest: 1/4 3. The relationship between marginal and average costs Consider the following scenario to understand the relationship between marginal and average values. Suppose Edison is a professional basketball player, and his game log for free throws can be summarized in the following table. Fill in the columns with Edison's free-throw percentage for each game and his overall free-throw average after each game. Game Game Result Total Game Free-Throw Percentage Average Free-Throw Percentage 3/3 3/3 100 100 3/5 6/8 80 3 2/8 8/16 4 2/4 10/20 5/5 15/25 On the following graph, use the orange points (square symbol) to plot Edison's free-throw percentage for each game individually, and use the green points (triangle symbol) to plot his 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. 100 T
Q.4 Marginal Cost is closely related to: (a) Total variable cost (b) Total cost (c) Total fixed cost (d) All of the above
can you explain how they got M=y^2/2 and L=2y^2 from part b of this question
using the cost given in the table below, derive the values for the total cost (TC), average fixed cost (AFC), average variable cost (AVC), average total cost (ATC), and marginal cost (MC) output tons TFC Ksh TVC ksh TC ksh AFC ksh AVC ksh ATC ksh MC ksh 0 100 0 ∞ ∞ ∞ ∞ 1 100 50 2 100 90 3 100 140 4 100 196 5 100 255 6 100 325 7 100 400 8 100 480 9 100 570 10 100 670