1.BSA Manufacturing Sdn. Bhd. operates in a highly competitive market and its outputis sold at RM10 per unit. The firm uses only 2 inputs, labour (L) and capital (K). L isthe variable input and K is the fixed input. Table below shows the maximum amountof Good X that can be produced using different combinations of L and K.(a)(b)Units of capital (K)5Units of Good X520 660 721 866 9504378 584 6847608823386 480 570 644 7612246 380480 532 5801190 245336 316 480012345Units of Labour (L)Assume that the manufacturing department fixed the quantity of capital at 2units and increased the labour from 1 unit to 5 units. Compute the totalproduct, marginal physical product, average physical product and marginalrevenue product for every level of labour used.If the cost of labour is RM1,000 per day, determine the optimal level ofemployment for the firm.

Answered: Image /qna-images/answer/4dd64993-67b8-4070-8924-6ca2fc7a769f.jpg

Answered: 1. BSA Manufacturing Sdn. Bhd. operates…

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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22.5 Recall that Touchie McFeelie's production function for comic books is .1J1/213/4. Suppose that Touchie can vary both jokes and cartoonists' labor. If old jokes cost $2 each and cartoonists' labor costs $18 per hour, then the cheapest way to produce comics books requires using jokes and labor in the ratio J/L= (a) 9. (b) 12. (c) 3. (d) 2/3. (e) X+ PC X4.0 Show Transcribed Text 000 please explain this question and the correct answer is 6. Thanks.
What is the marginal cost associated with producing three units of the contral variable, O (identify point E in the tablej? 36 Total Total Costs Benefits Benefit Net Marginal Marginal Narginal Net Bеnefit Control variable Benefits Cost MB(0) MC (Q) MND (0) Sepped B(Q) C(0) 900 100 800 900 100 800 2 1,700 300 800 200 600 2,400 600 1,800 700 E 400 4 1,000 2,000 600 400 200 3,500 1,500 2,000 500 500 600 1,800 1,400 3,900 2,100 D -200 4,200 4,400 2,800 300 700 -400 200 100 800 800 -600 4,500 4,500 900 -800 10 4,500 5,500 -1,000 1,000 -1,000 Mutiple Choice 50 100 200 300
Mon Tue Wed Thu Fri Sat Sun Notes yue cost Functi ou and price per unit function of setling x vinit of calculators are c(x) =°0.1x+ 2x+500 and X= 200-p hspectively calculeate the ) revenue Functon ) Elaborate the of cakulators are produced. marginal cost when 5 units t) maximun protit
Shoes and Bicycles PPF Bicycles per Year 5,000 4.000 A 3,000 2,000 1,000 B Shoes and Bicycles PPF E 20,000 30,000 Shoes (in pairs) per Year 40,000 C 50,000 by... D 60,000
Country JKL has a maximum of 50 labour(hours). The tab shows maximum quantity of wheat and cotton the Country produce with different labour (hours) used. Combination A B C D E F Corn 15 14 12 9 5 0 Wheat 0 2 4 6 8 10 1) Plot the production combinations on a graph paper combinations as A to F. 2) Can Country JKL produce the following A) 4,000 kg of wheat and 9 ,000 kg of cotton B) 14,000 kg of wheat and 6 ,000 kg of cotton 3)Suppose that Country JKL produces 6,000kg of wheat and 100kg of cotton a week.Calculate the opportunity cost it of producing 3,000kg extra cotton a week.
During the night, the electricity sector has a marginal cost of $1/MWh (megawatt-hour) forthe first 100 MWh produced (from wind turbines), and $20/MWh for each additional unit (from gasgenerators). During the day, they have a marginal cost of $1/MWh (megawatt-hour) for the first 50MWh produced (from solar panels), and $20/MWh for each additional unit (from gas generators).Nighttime and daytime demand are given by QnightD = 50 −P and QdayD = 200 −P , respectively.What are the market quantity and price during the day, and the market quantity and price at night?This is a model of the wholesale market for electricity, which you can think of as being competitive,but there is no resale between night and day.
Exercise Assume the yield of maize and wheat are given below with its selling price of birr 7 and 10 per quintal respectively. If only 10 units of inputs with a Price of 40 Birr per unit were used. Then: 1. A. What is the profit maximizing combination of output ? В. what is the maximum profit? of Yield wheat (Y2) of Return from Return from TR Yield TC Profit Maize (Y1) maize wheat 78 780 780 400 380 10 76 70 760 830 400 430 20 72 140 720 860 400 460 30 67 210 670 880 400 480 40 60 280 600 880 400 480 50 48 350 480 830 400 430 60 28 420 280 700 400 300 70 490 490 400 90
The ciange in revenueleamed by the business as it employees an additional nit of an input holding otier resource use constant is: (a) Fhe Marginal physical product fb) Fhe Total physical product.- (c) The Average physicał product OThe Marginal value product
2AAWO AC I4 17.1 REVENUE, COST, AND PROFIT APPLICATIONSITSO RSYHAHD 797 20 A firm sells each unit of a product for $50. The total cost of producing x (thousand) units is described by the function C(x) = 10 – 2.5x² + x³ where C(x) is measured in thousands of dollars. (a) Use the marginal approach to determine the profit-maximizing level of output. (6) What is total revenue at this level of output? Total cost? Total profit? 1 The profit function for a firm is -000
2. A firm uses capital (K) and labour (L) to produce luxury office chairs. The production technology is given by Q = K³/4L¹/4, where Q is the number of chairs produced. (a) What is the marginal product of capital and the marginal product of labour for this firm? (b) Does this production function display decreasing returns to scale, constant returns to scale or increasing returns to scale? Justify your answer. (c) Suppose that the firm has a contract with a national retailer who purchases Q office chairs from them per day. The firm faces prices pk = r and p₁ = w for capital and labour respectively. Find the firm's conditional input demands. (d) Now suppose that the firm's contract with the upstream retailer is coming to an end and they are considering whether to extend it or not. The retailer will purchase 1000 chairs per day at £50 per chair. If the firm does not extend their contract then they can sell their chairs locally and will face an inverse demand curve P(Q) = 500 - Q. Assume…
2. A firm uses capital (K) and labour (L) to produce luxury office chairs. The production technology is given by Q = K³/4L¹/4, where Q is the number of chairs produced. (a) What is the marginal product of capital and the marginal product of labour for this firm? (b) Does this production function display decreasing returns to scale, constant returns to scale or increasing returns to scale? Justify your answer. (c) Suppose that the firm has a contract with a national retailer who purchases Q office chairs from them per day. The firm faces prices PK = r and PL = w for capital and labour respectively. Find the firm's conditional input demands. (d) Now suppose that the firm's contract with the upstream retailer is coming to an end and they are considering whether to extend it or not. The retailer will purchase 1000 chairs per day at £50 per chair. If the firm does not extend their contract then they can sell their chairs locally and will face an inverse demand curve P(Q) = 500 - Q. Assume…
What is the total cost associated with producing eight units of the control varlable, a (identify point B in the tablej? 34 Marginal Harginal Harginal Net Bеnefit Control Total Net Costs Benefits Benefit Total variable Benefits Cost Sepped B(Q) C(Q) MB(0) MC(0) MND (0) 900 100 800 900 100 800 2 1,700 300 800 200 600 2,400 600 1,800 700 E 400 1,000 1,500 400 500 2,000 2,000 1,800 1,400 4 600 200 3,500 500 3,900 2,100 D 600 -200 4,200 4,400 4,500 2,800 300 700 -400 800 200 800 -600 4,500 100 900 -800 10 4,500 5,500 -1,000 1,000 -1,000 Mutiple Choice 3,000 3,600 3,800 4,200

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