es customer $600VX and the cost to develop $9,000. ur ne 63. Resource Allocation Your company manufactures auto- mobile alternators, and production is partially automated through the use of robots. Daily operating costs amount to boti $100 per laborer and $16 per robot. To meet production deadlines, the company calculates that the numbers of laborers and robots must satisfy the constraint (81 xy = 10,000, where x is the number of laborers and y is the number of robots. Assuming that the company wishes to meet produc- bnn tion deadlines at a minimum cost, how many laborers and how many robots should it use? [HINT: See Example 5.] 64. Resource Allocation Your company is the largest sock man- ufacturer in the solar system, and production is automated through the use of androids and robots. Daily operating costs android and W8 per robot.19 To meet amount to W200 per 18 This is similar to the way site licenses have been structured for the program Maple. 19 Ware Neptunian Standard Solar Units of currency. 932 Chapter 12 Further Applications of the Derivative production deadlines, the company calculates that the num- br c(t) = -C o bers of androids and robots must satisfy the constraint where t xy = 1,000,000, %3D will typ where x is the number of androids and y is the number of robots. Assuming that the company wishes to meet produc- tion deadlines at a minimum cost, how many androids and how many robots should it use? [HINT: See Example 5.] day, is 70. ▼ Emb turkey throug 65. V Resource Allocation Your automobile assembly plant охyge has a Cobb-Douglas production function given by q = x04,0.6, c(t) :

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Number  64

es
customer $600VX and the cost to
develop
$9,000.
ur
ne
63. Resource Allocation Your company manufactures auto-
mobile alternators, and production is partially automated
through the use of robots. Daily operating costs amount to
boti
$100 per laborer and $16 per robot. To meet production
deadlines, the company calculates that the numbers of
laborers and robots must satisfy the constraint
(81
xy = 10,000,
where x is the number of laborers and y is the number of
robots. Assuming that the company wishes to meet produc-
bnn
tion deadlines at a minimum cost, how many laborers and
how many robots should it use? [HINT: See Example 5.]
64. Resource Allocation Your company is the largest sock man-
ufacturer in the solar system, and production is automated
through the use of androids and robots. Daily operating costs
android and W8 per robot.19 To meet
amount to W200 per
18 This is similar to the way site licenses have been structured for the
program Maple.
19 Ware Neptunian Standard Solar Units of currency.
Transcribed Image Text:es customer $600VX and the cost to develop $9,000. ur ne 63. Resource Allocation Your company manufactures auto- mobile alternators, and production is partially automated through the use of robots. Daily operating costs amount to boti $100 per laborer and $16 per robot. To meet production deadlines, the company calculates that the numbers of laborers and robots must satisfy the constraint (81 xy = 10,000, where x is the number of laborers and y is the number of robots. Assuming that the company wishes to meet produc- bnn tion deadlines at a minimum cost, how many laborers and how many robots should it use? [HINT: See Example 5.] 64. Resource Allocation Your company is the largest sock man- ufacturer in the solar system, and production is automated through the use of androids and robots. Daily operating costs android and W8 per robot.19 To meet amount to W200 per 18 This is similar to the way site licenses have been structured for the program Maple. 19 Ware Neptunian Standard Solar Units of currency.
932
Chapter 12 Further Applications of the Derivative
production deadlines, the company calculates that the num- br c(t) = -C
o bers of androids and robots must satisfy the constraint
where t
xy = 1,000,000,
%3D
will typ
where x is the number of androids and y is the number of
robots. Assuming that the company wishes to meet produc-
tion deadlines at a minimum cost, how many androids and
how many robots should it use? [HINT: See Example 5.]
day, is
70. ▼ Emb
turkey
throug
65. V Resource Allocation Your automobile assembly plant
охyge
has a Cobb-Douglas production function given by
q = x04,0.6,
c(t) :
Transcribed Image Text:932 Chapter 12 Further Applications of the Derivative production deadlines, the company calculates that the num- br c(t) = -C o bers of androids and robots must satisfy the constraint where t xy = 1,000,000, %3D will typ where x is the number of androids and y is the number of robots. Assuming that the company wishes to meet produc- tion deadlines at a minimum cost, how many androids and how many robots should it use? [HINT: See Example 5.] day, is 70. ▼ Emb turkey throug 65. V Resource Allocation Your automobile assembly plant охyge has a Cobb-Douglas production function given by q = x04,0.6, c(t) :
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