Wk Qu. 8-13 A firm offers three different prices on its... A firm offers three different prices on its products, depending upon the quantity purchased. Since available resources are limited, the firm would like to prepare an optimal production plan to maximize profits. Product 1 has the following profitability: $11 each for the first 70 units, $10 each for units 71–170, and $9 for each unit over 170. Product 2's profitability is $11 each for the first 45 units, $10 each for units 46–120, and $9 each for each unit over 120. The products each require 3 raw materials to produce (see table below for usages and available quantities). Available Quantity (pounds) 1,600 Product 1 usage (pounds Product 2 usage (pounds Raw Material per unit) per unit) A 4 12 10 1,000 10 7 2,000 Use separable programming to find the optimal production plan. (Leave no cells blank – be certain to enter "O" wherever required. Round the first two answers (units of Product 1 and 2) to the nearest whole number. Round the total profit answer to 2 decimal places and use unrounded unit quantities to compute it.) units of Product 1 and units of Product 2. The total profit from this plan will be

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter7: Nonlinear Optimization Models
Section: Chapter Questions
Problem 59P
icon
Related questions
Question
Wk Qu. 8-13 A firm offers three different prices on its...
A firm offers three different prices on its products, depending upon the quantity purchased. Since available
resources are limited, the firm would like to prepare an optimal production plan to maximize profits. Product 1 has
the following profitability: $11 each for the first 70 units, $10 each for units 71–170, and $9 for each unit over 170.
Product 2's profitability is $11 each for the first 45 units, $10 each for units 46–120, and $9 each for each unit over
120. The products each require 3 raw materials to produce (see table below for usages and available quantities).
Available Quantity
(pounds)
Product 1 usage (pounds Product 2 usage (pounds
Raw Material
per unit)
per unit)
А
4
1,600
В
12
10
1,000
C
10
7
2,000
Use separable programming to find the optimal production plan.
(Leave no cells blank – be certain to enter "0" wherever required. Round the first two answers (units of Product
1 and 2) to the nearest whole number. Round the total profit answer to 2 decimal places and use unrounded unit
quantities to compute it.)
units of Product 1 and
units of Product 2.
The total profit from this plan will be
Transcribed Image Text:Wk Qu. 8-13 A firm offers three different prices on its... A firm offers three different prices on its products, depending upon the quantity purchased. Since available resources are limited, the firm would like to prepare an optimal production plan to maximize profits. Product 1 has the following profitability: $11 each for the first 70 units, $10 each for units 71–170, and $9 for each unit over 170. Product 2's profitability is $11 each for the first 45 units, $10 each for units 46–120, and $9 each for each unit over 120. The products each require 3 raw materials to produce (see table below for usages and available quantities). Available Quantity (pounds) Product 1 usage (pounds Product 2 usage (pounds Raw Material per unit) per unit) А 4 1,600 В 12 10 1,000 C 10 7 2,000 Use separable programming to find the optimal production plan. (Leave no cells blank – be certain to enter "0" wherever required. Round the first two answers (units of Product 1 and 2) to the nearest whole number. Round the total profit answer to 2 decimal places and use unrounded unit quantities to compute it.) units of Product 1 and units of Product 2. The total profit from this plan will be
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 4 steps with 3 images

Blurred answer
Similar questions
  • SEE MORE QUESTIONS
Recommended textbooks for you
Practical Management Science
Practical Management Science
Operations Management
ISBN:
9781337406659
Author:
WINSTON, Wayne L.
Publisher:
Cengage,