Linear programming problem A manufacturer makes pens and pencils. In the first ones a profit of $ 5 per unit is obtained and in the second $ 3 per unit. Both products go through 3 processes: Molding, Assembling and Testing. The pens require 4 minutes, 2 minutes and 3 minutes respectively in the mentioned processes. The pens require 1 minute, 2 and 2 minutes respectively. The time available for each process respectively is 1,200 minutes, 1,000 minutes and 1,200 minutes. Instructions: 1. Determine where the combination is optimal production and what is this. (if there is no optimal combination, indicate at which point the maximum profit is obtained) 2. Indicate what the value is

Linear programming problem A manufacturer makes pens and pencils. In the first ones a profit of $ 5 per unit is obtained and in the second $ 3 per unit. Both products go through 3 processes: Molding, Assembling and Testing. The pens require 4 minutes, 2 minutes and 3 minutes respectively in the mentioned processes. The pens require 1 minute, 2 and 2 minutes respectively. The time available for each process respectively is 1,200 minutes, 1,000 minutes and 1,200 minutes. Instructions: 1. Determine where the combination is optimal production and what is this. (if there is no optimal combination, indicate at which point the maximum profit is obtained) 2. Indicate what the value is

Name: Linear programming problemA manufacturer makes pens and pencils. Inth
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Description: Linear programming problemA manufacturer makes pens and pencils. Inthe first ones a profit of $ 5 per unit isobtained and in the second $ 3 per unit. Bothproducts go through 3 processes: Molding,Assembling and Testing. The pens require 4minutes, 2 m

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

Linear programming problem
A manufacturer makes pens and pencils. In
the first ones a profit of $ 5 per unit is
obtained and in the second $ 3 per unit. Both
products go through 3 processes: Molding,
Assembling and Testing. The pens require 4
minutes, 2 minutes and 3 minutes
respectively in the mentioned processes. The
pens require 1 minute, 2 and 2 minutes
respectively. The time available for each
process respectively is 1,200 minutes, 1,000
minutes and 1,200 minutes.
Instructions:
1. Determine where the combination is
optimal production and what is this. (if there
is no optimal combination, indicate at which
point the maximum profit is obtained)
2. Indicate what the value is

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