One of the refineries produces two types of oil containers: oils for cars and oils for generators. To complete the production process, a machine must be used and a certain number of working hours. The time available for the machine is 24 hours, while the time available for the work element is 16 hours. Each produced container of automobile oils requires two hours of The machine and 2 hours of work, while each package of generator oil requires 3 hours of the machine and 1 hour of work The price of each sold package of automobile oils s12 and generator oils s14,note that the refinery can sell 700 packages of the first product and 600 of the second product. In this case, the refinery manager needs to determine the production quantity of the two commodities that will bring the company the highest return. What is required is to build a mathematical model For the problem
One of the refineries produces two types of oil containers: oils for cars and oils for generators. To complete the production process, a machine must be used and a certain number of working hours. The time available for the machine is 24 hours, while the time available for the work element is 16 hours. Each produced container of automobile oils requires two hours of The machine and 2 hours of work, while each package of generator oil requires 3 hours of the machine and 1 hour of work The price of each sold package of automobile oils s12 and generator oils s14,note that the refinery can sell 700 packages of the first product and 600 of the second product. In this case, the refinery manager needs to determine the production quantity of the two commodities that will bring the company the highest return. What is required is to build a mathematical model For the problem
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
Related questions
Question
![One of the refineries produces two types of oil containers: oils for cars and oils for
generators. To complete the production process, a machine must be used and a certain
number of working hours. The time available for the machine is 24 hours, while the time
available for the work element is 16 hours. Each produced container of automobile oils
requires two hours of The machine and 2 hours of work, while each package of
generator oil requires 3 hours of the machine and 1 hour of work
The price of each sold package of automobile oils s12 and generator oils s14,note that the
refinery can sell 700 packages of the first product and 600 of the second product. In this
case, the refinery manager needs to determine the production quantity of the two
commodities that will bring the company the highest return. What is required is to build
a mathematical model For the problem](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F52db7b60-a290-444d-8d34-4f26623b6b6c%2F44196cee-3ecb-4782-8ac1-5bf8641b661b%2Fp5zaxal_processed.jpeg&w=3840&q=75)
Transcribed Image Text:One of the refineries produces two types of oil containers: oils for cars and oils for
generators. To complete the production process, a machine must be used and a certain
number of working hours. The time available for the machine is 24 hours, while the time
available for the work element is 16 hours. Each produced container of automobile oils
requires two hours of The machine and 2 hours of work, while each package of
generator oil requires 3 hours of the machine and 1 hour of work
The price of each sold package of automobile oils s12 and generator oils s14,note that the
refinery can sell 700 packages of the first product and 600 of the second product. In this
case, the refinery manager needs to determine the production quantity of the two
commodities that will bring the company the highest return. What is required is to build
a mathematical model For the problem
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