legal staff with an office building. The table below shows how many cases can be handled with different numbers of lawyers over the course of a year. Lawyers 0 1 2 3 4 5 Office Buildings 1 1 1 1 1 1 Cases 0 12 28 36 40 42 Suppose each lawyer is paid $90,000 per year and the office building is rented for $400,000 per yea If the county decides to hire 3 lawyers to handle 36 lawsuits, what will be the average fixed cost of each case? What will be the average variable cost of each case? The average fixed cost of each case will be $ per year, and the average variable cost will be (Enter numeric responses using real numbers rounded to two decimal places.) $

legal staff with an office building. The table below shows how many cases can be handled with different numbers of lawyers over the course of a year. Lawyers 0 1 2 3 4 5 Office Buildings 1 1 1 1 1 1 Cases 0 12 28 36 40 42 Suppose each lawyer is paid $90,000 per year and the office building is rented for $400,000 per yea If the county decides to hire 3 lawyers to handle 36 lawsuits, what will be the average fixed cost of each case? What will be the average variable cost of each case? The average fixed cost of each case will be $ per year, and the average variable cost will be (Enter numeric responses using real numbers rounded to two decimal places.) $

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Given the hourly costs: Machine-P60; Worker-P50 Each input has to work in integer hour Hours Used 1 2 3 45 6 98 7 8 Marginal Product Machine 15 18 21 18 15 12 9 3 Worker 8 10 10 10 8 8 6 6 4 42 2 If the daily budget for the 2 inputs is P570, what is the optimal mix of machine-hours and worker-hours, respectively? [Select] What is the total product for this optimal mix of machine- hr & worker-hr with daily budget of P570 ? [Select] After how many hours of use does diminishing marginal return (product) set in for the machine?
Given the following profit function: T=-2Q^2+260Q-4500, Answer the following questions.
(This is a single question with five parts to the answer. I would appreciate help with all five parts if possible. Image screenshot of the original question with the formulas more easily readable than can be identified here is attached) Tech firms produce goods and services from labor and energy. The total cost in dollars to produce y amount of goods and services for each firm j is cj(yj) = yi2. There are 100 identical tech firms which all behave competitively. What is the individual supply of technological goods and services? What is the market supply of technological goods and services? Suppose the demand curve for these goods is D(p)=200-50p. What is the equilibrium price and quantity sold? How much is the total surplus of this economy? Now suppose that the industry makes a one-time investment for $K amount of dollars to innovate in a new technology of production that allows every firm to reduce its cost of production to a 1/4 fraction of the previous cost. What is the new total…
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Output (Concession Stand Items) Number of Workers Employed Per day Price of Labor Per Worker Per Day Total Variable Cost of Labor Total Fixed Costs Per Day Total Cost Per Day Average Price of Concession Stand Items Total Revenue Profit Average Variable Cost Average Fixed Cost Average Total Cost Marginal Cost Marginal Revenue 0 0 $120 $2,000 $8.00 100 2 $120 $2,000 $8.00 400 4 $120 $2,000 $8.00
a) Fill in the empty cells in the table. You have been also given following additional info- Price = $ 10 Wage = $ 1500 Labor (L) Output (q) Marginal Product of Labor Value of the marginal product of labor: Wage Marginal profit 0 0 1 400 2 720 3 960 4 1020 b) When the company should stop hiring Workers. Explain
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Output (Concession Stand Items) Number of Workers Employed Per Day Price of Labor Per Worker Per Day Total Variable Cost of Labor Total Fixed Costs Per Day Total Cost Per Day Average Price of Concession Stand Items Total Revenue Profit Average Variable Cost Average Fixed Cost Average Total Cost Marginal Cost Marginal Revenue 0 0 $120 0 $2,000 2000 $8.00 0 -2000 0 0 0 0 8 100 2 $120 240 $2,000 2240 $8.00 800 -1640 2.40 20 22.40 2.40 8 400 4 $120 480 $2,000 2480 $8.00 3200 720 1.20 5 6.20 0.80 8 750 6 $120 720 $2,000 2720 $8.00 6000 3280 0.96 2.66 3.62 0.67 8 900 8 $120 960 $2,000 2960 $8.00 7200 4240 1.07 2.22 3.29 1.60 8 1,025 10 $120 1200 $2,000 3200 $8.00 8200 5000 1.17 1.95 3.12 1.92 8 1,125 12 $120 1440 $2,000 3440 $8.00 9000 5560 1.28 1.77 3.06 2.40…
workers ouput marginal product total cost average total cost marginal cost 0 0 0 200 0 $0 1 20 20 300 $15 $5 2 50 30 400 $8 $3.33 3 90 40 500 $5.56 $2.50 4 120 30 600 $5 $3.33 5 140 20 700 $5 $5 6 150 10 800 $5.33 $10 7 155 5 900 $5.8 $20 can you explain diminishing marginal product based on these numbers?
If a Prof leaves their $100,000 per year job to start a business that earns annual revenue $400,000, and has annual labor and rental costs of $200,000, the economic profit of the business is $200,000.
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