Consider the following situation: A company that operated 10 hours a day manufactures two products on three sequential processes. Which of the following accurately shows the constraint on the daily capacity for the first production process? Product 2 Process 1 10 Process 2 20 Process 3 8 10 Unit Profit 20 30 A. 10x + 5y s 10 B. 10x + 5y s 600 C. 10x + 5y 2 10 O D. 10x + 5y 2 600 Which of the following is the most appropriate objective function for the given situation? Product 2 Process 1 10 in Process 2 20 Process 3 10 Unit Profit 20 30 a. Maximize 30x + 20y b. Maximize 20x + 30y c. Minimize 30x + 20y d. Minimize 20x + 300 minutes minutes

Algebra for College Students
10th Edition
ISBN:9781285195780
Author:Jerome E. Kaufmann, Karen L. Schwitters
Publisher:Jerome E. Kaufmann, Karen L. Schwitters
Chapter11: Systems Of Equations
Section11.CT: Test
Problem 24CT
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Consider the following situation:
A company that operated 10 hours a day manufactures two products on three sequential processes.
Which of the following accurately shows the constraint on the daily capacity for
the first production process?
Product
2
Process 1
10
Process 2
20
Process 3
8
10
Unit Profit
20
30
A. 10x + 5y s 10
B. 10x + 5y s 600
C. 10x + 5y 2 10
O D. 10x + 5y 2 600
Which of the following is the most appropriate objective function for the given
situation?
Product
2
Process 1
10
in
Process 2
20
Process 3
10
Unit Profit
20
30
a. Maximize 30x + 20y
b. Maximize 20x + 30y
c. Minimize 30x + 20y
d. Minimize 20x + 300
minutes
minutes
Transcribed Image Text:Consider the following situation: A company that operated 10 hours a day manufactures two products on three sequential processes. Which of the following accurately shows the constraint on the daily capacity for the first production process? Product 2 Process 1 10 Process 2 20 Process 3 8 10 Unit Profit 20 30 A. 10x + 5y s 10 B. 10x + 5y s 600 C. 10x + 5y 2 10 O D. 10x + 5y 2 600 Which of the following is the most appropriate objective function for the given situation? Product 2 Process 1 10 in Process 2 20 Process 3 10 Unit Profit 20 30 a. Maximize 30x + 20y b. Maximize 20x + 30y c. Minimize 30x + 20y d. Minimize 20x + 300 minutes minutes
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