$/***$ Homework $8$ Program $***/$

$*$Always check the log after running a program. This allows

you to identify errors;

$*$RUN the libname statement first;

$*$To create a library;

libname BUAD$5623\text{'}/$home$/$u$45422697/$sasuser$.$v$94/$BUAD$5623\text{'}$;

$/**$Example $4\mathrm{.}2$: A Sparse View of the Oil Blending Problem $*/$

title 'Example $4\mathrm{.}2\text{'}$;

data oil;

format $\_$type$\_$ $$8.\_$col$\_$ $$14.\_$row$\_$ $$16.$ ;

input $\_$type$\_$ $ $\_$col$\_$ $ $\_$row$\_$ $ $\_$coef$\_$ ;

datalines;

max $.$ profit $.$

$.$ arabian$\_$light profit $-175$

$.$ arabian$\_$heavy profit $-165$

$.$ brega profit $-205$

$.$ jet$\_1$ profit $300$

$.$ jet$\_2$ profit $300$

eq $.$ napha$\_$l$\_$conv $.$

$.$ arabian$\_$light napha$\_$l$\_$conv $\mathrm{.}035$

$.$ arabian$\_$heavy napha$\_$l$\_$conv $\mathrm{.}030$

$.$ brega napha$\_$l$\_$conv $\mathrm{.}045$

$.$ naphtha$\_$light napha$\_$l$\_$conv $-1$

eq $.$ napha$\_$i$\_$conv $.$

$.$ arabian$\_$light napha$\_$i$\_$conv $\mathrm{.}100$

$.$ arabian$\_$heavy napha$\_$i$\_$conv $\mathrm{.}075$

$.$ brega napha$\_$i$\_$conv $\mathrm{.}135$

$.$ naphtha$\_$inter napha$\_$i$\_$conv $-1$

eq $.$ heating$\_$oil$\_$conv $.$

$.$ arabian$\_$light heating$\_$oil$\_$conv $\mathrm{.}390$

$.$ arabian$\_$heavy heating$\_$oil$\_$conv $\mathrm{.}300$

$.$ brega heating$\_$oil$\_$conv $\mathrm{.}430$

$.$ heating$\_$oil heating$\_$oil$\_$conv $-1$

eq $.$ recipe$\_1.$

$.$ naphtha$\_$inter recipe$\_1\mathrm{.}3$

$.$ heating$\_$oil recipe$\_1\mathrm{.}7$

$.$ jet$\_1$ recipe$\_1-1$

eq $.$ recipe$\_2.$

$.$ naphtha$\_$light recipe$\_2\mathrm{.}2$

$.$ heating$\_$oil recipe$\_2\mathrm{.}8$

$.$ jet$\_2$ recipe$\_2-1$

$.\_$rhs$\_$ profit $0$

upperbd $.$ available $.$

$.$ arabian$\_$light available $110$

$.$ arabian$\_$heavy available $165$

$.$ brega available $80$

;

proc lp SPARSEDATA;

run;

$/**$ Example $4\mathrm{.}3$: Sensitivity Analysis: Changes in Objective Coefficients $*/$

title 'Example $4\mathrm{.}3\text{'}$;

data oil;

format $\_$type$\_$ $$8.\_$col$\_$ $$14.\_$row$\_$ $$16.$ ;

input $\_$type$\_$ $ $\_$col$\_$ $ $\_$row$\_$ $ $\_$coef$\_$ ;

datalines;

max $.$ profit $.$

$.$ arabian$\_$light profit $-175$

$.$ arabian$\_$heavy profit $-165$

$.$ brega profit $-205$

$.$ jet$\_1$ profit $300$

$.$ jet$\_2$ profit $300$

eq $.$ napha$\_$l$\_$conv $.$

$.$ arabian$\_$light napha$\_$l$\_$conv $\mathrm{.}035$

$.$ arabian$\_$heavy napha$\_$l$\_$conv $\mathrm{.}030$

$.$ brega napha$\_$l$\_$conv $\mathrm{.}045$

$.$ naphtha$\_$light napha$\_$l$\_$conv $-1$

eq $.$ napha$\_$i$\_$conv $.$

$.$ arabian$\_$light napha$\_$i$\_$conv $\mathrm{.}100$

$.$ arabian$\_$heavy napha$\_$i$\_$conv $\mathrm{.}075$

$.$ brega napha$\_$i$\_$conv $\mathrm{.}135$

$.$ naphtha$\_$inter napha$\_$i$\_$conv $-1$

eq $.$ heating$\_$oil$\_$conv $.$

$.$ arabian$\_$light heating$\_$oil$\_$conv $\mathrm{.}390$

$.$ arabian$\_$heavy heating$\_$oil$\_$conv $\mathrm{.}300$

$.$ brega heating$\_$oil$\_$conv $\mathrm{.}430$

$.$ heating$\_$oil heating$\_$oil$\_$conv $-1$

eq $.$ recipe$\_1.$

$.$ naphtha$\_$inter recipe$\_1\mathrm{.}3$

$.$ heating$\_$oil recipe$\_1\mathrm{.}7$

$.$ jet$\_1$ recipe$\_1-1$

eq $.$ recipe$\_2.$

$.$ naphtha$\_$light recipe$\_2\mathrm{.}2$

$.$ heating$\_$oil recipe$\_2\mathrm{.}8$

$.$ jet$\_2$ recipe$\_2-1$

$.\_$rhs$\_$ profit $0$

upperbd $.$ available $.$

$.$ arabian$\_$light available $110$

$.$ arabian$\_$heavy available $165$

$.$ brega available $80$

;

proc lp SPARSEDATA

rangeprice primalout$=$solution;

run;

proc print data$=$solution;

run;

$/**$Example $4\mathrm{.}4$: Additional Sensitivity Analysis $*/$

title 'Example $4\mathrm{.}4$a$\text{'}$;

data sen;

format $\_$type$\_$ $$8.\_$col$\_$ $$14.\_$row$\_$ $$6.$;

input $\_$type$\_$ $ $\_$col$\_$ $ $\_$row$\_$ $ $\_$coef$\_$;

datalines;

pricesen $.$ change $.$

$.$ arabian$\_$light change $1$

$.$ arabian$\_$heavy change $1\mathrm{.}2$

$.$ brega change $1\mathrm{.}5$

$.$ jet$\_1$ change $-1$

$.$ jet$\_2$ change $-1$

;

data;

set oil sen;

run;

proc lp sparsedata primalin$=$solution;

run;

title 'Example $4\mathrm{.}4$b$\text{'}$;

data oil;

format $\_$type$\_$ $$8.\_$col$\_$ $$14.\_$row$\_$ $$16.$ ;

input $\_$type$\_$ $ $\_$col$\_$ $ $\_$row$\_$ $ $\_$coef$\_$ ;

datalines;

max $.$ profit $.$

$.$ arabian$\_$light profit $-175$

$.$ arabian$\_$heavy profit $-165$

$.$ brega profit $-205$

$.$ jet$\_1$ profit $300$

$.$ jet$\_2$ profit $300$

eq $.$ napha$\_$l$\_$conv $.$

$.$ arabian$\_$light napha$\_$l$\_$conv $\mathrm{.}035$

$.$ arabian$\_$heavy napha$\_$l$\_$conv $\mathrm{.}030$

$.$ brega napha$\_$l$\_$conv $\mathrm{.}045$

$.$ naphtha$\_$light napha$\_$l$\_$conv $-1$

eq $.$ napha$\_$i$\_$conv $.$

$.$ arabian$\_$light napha$\_$i$\_$conv $\mathrm{.}100$

$.$ arabian$\_$heavy napha$\_$i$\_$conv $\mathrm{.}075$

$.$ brega napha$\_$i$\_$conv $\mathrm{.}135$

$.$ naphtha$\_$inter napha$\_$i$\_$conv $-1$

eq $.$ heating$\_$oil$\_$conv $.$

$.$ arabian$\_$light heating$\_$oil$\_$conv $\mathrm{.}390$

$.$ arabian$\_$heavy heating$\_$oil$\_$conv $\mathrm{.}300$

$.$ brega heating$\_$oil$\_$conv $\mathrm{.}430$

$.$ heating$\_$oil heating$\_$oil$\_$conv $-1$

eq $.$ recipe$\_1.$

$.$ naphtha$\_$inter recipe$\_1\mathrm{.}3$

$.$ heating$\_$oil recipe$\_1\mathrm{.}7$

$.$ jet$\_1$ recipe$\_1-1$

eq $.$ recipe$\_2.$

$.$ naphtha$\_$light recipe$\_2\mathrm{.}2$

$.$ heating$\_$oil recipe$\_2\mathrm{.}8$

$.$ jet$\_2$ recipe$\_2-1$

$.\_$rhs$\_$ profit $0$

upperbd $.$ available $.$

$.$ arabian$\_$light available $110$

$.$ arabian$\_$heavy available $165$

$.$ brega available $80$

pricesen $.$ change $.$

$.$ arabian$\_$light change $1$

$.$ arabian$\_$heavy change $1\mathrm{.}2$

$.$ brega change $1\mathrm{.}5$

$.$ jet$\_1$ change $-1$

$.$ jet$\_2$ change $-1$

;

proc lp sparsedata primalin$=$solution;

run;

$/**$Example $4\mathrm{.}5$: Price Parametric Programming for the Oil Blending Problem $*/$

title 'Example $4\mathrm{.}5\text{'}$;

data sen;

format $\_$type$\_$ $$8.\_$col$\_$ $$14.\_$row$\_$ $$6.$;

input $\_$type$\_$ $ $\_$col$\_$ $ $\_$row$\_$ $ $\_$coef$\_$;

datalines;

pricesen $.$ change $.$

$.$ arabian$\_$light change $1$

$.$ arabian$\_$heavy change $1\mathrm{.}2$

$.$ brega change $1\mathrm{.}5$

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Databases Questions!

Q:

think about what procedural changes would have the biggest positive impact, without being excessively costly for our lab members at every level (including undergrads!). Reference: the Lab Data Check...

Q:

Using the case study below: Memo to the Project Sponsor. In the memo, outline the following: a. Recommendations for managing the project - should leverage the scope management plan and scope...

Q:

Part 2a: Shell This assignment was taken from the great textbook Operating Systems: Three Easy Pieces (OSTEP); written by Remzi H. Arpaci-Dusseau and Andrea C. Arpaci- Dusseau from UW-Madison. The...

Q:

Part 2a: Shell 1. Unix Shell In this project, youll build a simple Unix shell. The shell is the heart of the command- line interface, and thus is central to the Unix/C programming environment....

Q:

First, uncomment the following block of code, by removing all of the \# symbols before each line. You can do this quickly if you're using VS Code by selecting the entire block of code, going into the...

Q:

Hi I need help with this project that I am doing. It has to be in C language and I don't what to do. This is for my Data Structure course. Please it has to be in Language of C. Programming Assignment...

Q:

Part I. The MMC is a powerful framework for organizing and consolidating administrative snap-ins. Microsoft Windows Server 2003 administrative tools, called snapins, enable you to manage user...

Q:

I'm an undergrad accounting student in an introduction to forensic accounting course.I need help getting started on a final project for this class over a fictitious company called the Grand Teton...

Q:

Haskell Basic Typeclasses To answer the following questions, use :info Type to see what typeclasses Type is an instance of, then use :info TypeClass to see what functions / operators the different...

Q:

Problem Description: In this project, you are required to build a system that helps users explore new books from their favorite genres while maintaining their purchasing budget requirements. The...

Q:

1. Why is continuity important? Answer is in pg 159 - 161 2. What are the three ways continuity enables competitive advantage? The answer is in pg 161 (Bottom) - 163 3. Briefly explain the two kinds...

Q:

Tammy, a resident of Virginia, is considering whether to purchase a North Carolina bond that yields 4.6% before tax. She is in the 35% Federal marginal tax bracket and the 5% state marginal tax...

Q:

Question 1 9 2 pts Which of the following statements is false least correct ) ? As a firm increases its operating leverage for a given quantity of output, this q , . increases its business risk...

Q:

Suppose your firm is considering investing in a project with the cash flows shown below, that the required rate of return on projects of this risk class is 7 percent, and that the maximum allowable...

Q:

Provide examples of KPIs in Human Capital Management.

Q:

What would an Internal Compa-Ratio of 118% indicate for an employee?

Q:

What are OLAP Cubes?

Previous Question Next Question