This software package contains the installation files for Version 3 of POM-QM for Windows including POM for Windows and QM for Windows and Version 3 Excel OM/QM by Howard J. Weiss. In the new version of the Windows software, POM for Windows, QM for Windows and DS for Windows have been combined into one flexible product - POM-QM for Windows. The software can be set to display the POM modules, the QM modules or both POM and QM modules. This package is the most user-friendly available in the fields of Operations Management, Quantitative methods or Management Science due to standardization with the Windows interface, flexibility, user-oriented design, and user support. POM-QM for Windows can be packaged with the Management Science texts Introduction to Management Science by Taylor and Quantitative Analysis for Management by Render, Stair & Hannah as well as the the Operations Management textbooks Operations Management, Principles of Operations Management, and Operations Management: the Flex version all by Heizer & Render and Operations Management by Krajewski, Ritzman and Malhotra. In addition, POM-QM for Windows can be purchased as a stand alone item with or without a manual. Excel OM/QM is a user-friendly add-in for Excel that can be used to create Excel spreadsheets for problems in Management Science, Quantitative Methods or Operations Management. It is the only add-in of its type as it creates custom-sized spreadsheets rather than using preconfigured Excel templates. Excel OM/QM can be packaged with the Management Science texts Introduction to Management Science by Taylor and Quantitative Analysis for Management by Render, Stair & Hannah as well as the the Operations Management textbooks Operations Management, Principles of Operations Management, and Operations Management: the Flex version all by Heizer & Render. Excel OM/QM is not available as a stand-alone product; it must be packaged with one of these Prentice-Hall textbooks.

POM-QM for Windows 5.3.0.177 (latest) See all. No specific info about version 5.0. Please visit the main page of POM-QM for Windows on Software Informer.

GoodBuy Inc. is a small electronics company that manufactures cell phones and digital recorders. The per-unit labor costs, raw material costs, and selling price of each product are given below. On December 1, 2008, GoodBuy has available raw material that is sufficient to manufacture 100 cell phones and 100 recorders. On the same date, the company’s balance sheet is as shown in the table below. GoodBuy’s asset/liability

Of the POM-QM software solution for Windows 4.0, the software is easy to use. Of course, it is necessary that there should be the knowledge of the formulation of the problem and the purpose of solving the same. It should also be pointed out that the POM-QM software solution for Windows 4.0 is an attractive tool. POM-QM for Windows, V4 Download the POM/QM/POM-QM for Windows Update! (Build 133) You must have the original program (POM for Windows, QM for Windows, or POM-QM for Windows) installed in order for the upgrade to function. POM-QM for Windows is a Shareware software in the category Business developed by Prentice-Hall. The latest version of POM-QM for Windows is currently unknown. It was initially added to our database on. POM-QM for Windows runs on the following operating systems: Windows.

ratio (called the current ratio) is 20,000/10,000 = 2.
GoodBuy must determine how many cell phones and recorders should be produced during December. Demand is large enough to ensure that all goods produced will be sold. All sales are on credit, however, and payment for goods produced in December will not be received until February 1, 2009. During December, GoodBuy will collect $2000 in accounts receivable, and GoodBuy must pay off $1000 of the outstanding loan and a monthly rent of $1000. On January 1, 2009, GoodBuy will receive a shipment of raw material worth $2000, which will be paid for on February 1, 2009.
GoodBuy’s management has decided that the cash balance on January 1, 2009 must be at least $4000. To maintain its current favorable credit status, GoodBuy’s bank requires that the current ratio at the beginning of January be at least 2. To maximize the contribution to profit from December production, (revenues to be received – variable production costs), what should GoodBuy produce during December?

Recorders
$100
Labor Cost	$35
$30

Balance Sheet for GoodBuy

Assets	Liabilities
Cash	$10,000
Accounts Receivable¹	$3,000
Inventory Outstanding²	$7,000
Bank Loan	$10,000

1 – Accounts receivable is money owed to GoodBuy by customers who have previously purchased GoodBuy products.
2 – Value of December 1, 2008 inventory = 30(100) + 40(100) = $7000.
Deliverables:

A complete algebraic formulation of the linear programming model. This should include a description of the decision variables and an explanation of the objective function and constraints.

Computer output of your solution and ranging from POM-QM. This must be printed from POM-QM.

A report (MS-Word document) to management describing your objective and production plan. The report should be written clearly, concisely, and accurately. It should fit on a single page. Many young professionals believe that they will be evaluated entirely on whether the numbers are right and this is simply not true. Managers are busy people who have little time or patience to wade through poorly written reports. You will be graded on both grammatical and technical accuracy.

You must determine how many cell phones and digital recorders to produce during December. Thus, you should define:

X₁ = number of cell phones produced during December
X₂ = number of digital recorders produced during December

There are two constraints based on the availability of raw materials. In addition, GoodBuy faces the following two constraints:
1. Cash on hand on January 1, 2009 must be at least $4000.

January 1 cash on hand = December 1 cash on hand
+ accounts receivable collected during December

- portion of loan repaid during December – December rent

– December labor costs.
Pom

1. (January 1 assets)/(January 1 liabilities) ≥ 2 must hold.

Important Relationships

January 1 asset position = January cash position
+ January 1 accounts receivable + January 1 inventory position.
January 1 cash position = 10,000 – 50x₁ – 35x₂
January 1 accounts receivable = December 1 accounts receivable
+ accounts receivable from December sales
- accounts receivable collected during December.
Value of January 1 inventory = value of December 1 inventory
- value of inventory used in December

Pom Qm Mac

+ value of inventory received on January 1.
January 1 liabilities = December 1 liabilities – December loan payment

Pom Qm 3

+ amount due on January 1 inventory shipment.
Your mathematical result should be:
X

Pom-qm Software

₁ = 50 cell phones
X₂ = 100 digital recorders
Maximum profit = $2500.