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J. J. College of Engineering & Technology (Approved by AICTE, New Delhi & Affiliated to Anna University, Chennai,

NBA Accredited and ISO 9001-2008 Certified)

Ammapettai, Tiruchirappalli - 620009

Department of Management Studies

BA9228 - BUSINESS APPLICATION SOFTWARE

Laboratory Record

MAY 2012

NAME:

REG. NO:

CLASS:

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J. J. College of Engineering & Technology (Approved by AICTE, New Delhi & Affiliated to Anna University, Chennai,

NBA Accredited and ISO 9001-2008 Certified)

Ammapettai, Tiruchirappalli- 620 009

Department of Management Studies

Bonafide certificate

Certified that this is a bonafide record of practical work titled BA9228 BusinessApplication Software done by . (Register

Number) . ...................................in the department laboratory during the academic year

.

Staff-In charge Director-DoMS

Submitted for the University Practical Examination he ld on .

INTERNAL EXAMINAR EXTERNAL EXAMINAR

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ContentsS. No Date Experiment Page No. Signature

1. Preparation of Resume using MS-Word

2.Preparation of Covering Letter Using

MS-Word

3. Preparation of Company Advertisementusing MS-Power Point

4.Preparation of Mark sheet using MS-

Excel

5.Preparation of Employee Pay Roll Using

MS-Excel6. Creation of Web Page using HTML7. Graphical Method (LPP) using TORA8. Simplex Method (LPP) using TORA9. Big-M Method (LPP) using TORA10.

Dual Simplex Method (LPP) usingTORA

11. Two Phase Method using TORA

12.Critical Path Method (CPM) in Project

planning using TORA

13.Program Evaluation and Review

Technique (PERT) in Project planningUsing TORA

14. Transportation Problem using TORA

15.SQL- Creation of Table using DDL and

DML commands16. One Sample T Test using SPSS17. Paired Sample T Test using SPSS

18.Independent Sample T Test using

SPSS19. Chi-square Analysis using SPSS20. Correlation Analysis using SPSS21. One way ANOVA using SPSS

22.Creation of Balance Sheet using

TALLY

23.Preparation of Balance Sheet using

TALLY

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Expt. No: 1

Date:

PREPARATION OF RESUME

AIM:

To prepare a resume using MS-Word.

PROCEDURE:

To go to MS-word click the MS-Word icon in the Desktop.

Click New from the file menu to create a new document

Bio data can be typed with the help of the key board

Type the various details like Name, Address, Qualification, Hobby, etc.

FEATURES:

The fonts of the words can be changed through the FONT option in the Home

Menu.

BULLETS & NUMBERING can be used to type the details in an order.

The paragraph can be aligned through ALIGNMENT option in the Tool bar.

The spelling can be checked through SPELLING & GRAMMAR option in the

Review menu.

With the help of HEADER & FOOTER option in the Insert menu the page

numbers can be set.

The words can be given underlined or made bold with UNDERLINE & BOLD

option in the Tool bar.

The picture can be inserted with the help of PICTURE option in the Insert Menu.

Table can be inserted with the help of TABLE option in the Insert Menu.

Page borders can be inserted by BORDERS & SHADING option in the Page

Layout Menu.

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RESULT:

Thus the resume has been created successfully in the MS Word.

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Expt. No: 2

Date:

PREPARATION OF COVERING LETTER

AIM:

To prepare a covering letter for resume using MS-Word.

PROCEDURE:

To go to MS-word click the MS-Word icon in the Desktop.

Click New from the file menu to create a new document

Covering letter can be typed with the help of the key board

Type the various details like Name, Address, body of the letter, etc.

FEATURES:

The fonts of the words can be changed through the FONT option in the Home

Menu.

The paragraph can be aligned through ALIGNMENT option in the Tool bar.

The spelling can be checked through SPELLING & GRAMMAR option in the

Review menu.

The words can be given underlined or made bold with UNDERLINE & BOLD

option in the Tool bar.

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Covering Letter

February 09, 2012.

To

Mr. Arun Kumar SRamco TechnologiesSpencer RoadCheenai - 600008

28/18, Mariyappa Mudaliar streetChina Kadai Veethi

Tiruchirappalli - 620002

Sub: Application for the position of Project Analyst in Software Development

Dear Mr. Arun Kumar S,

With respect to your advertisement for the vacancy, posted on The Hindu on February 09, 2012, I amwriting this letter to put forth my application for the post of Project Analyst in your prestigiousorganization.

Pursuing my MBA degree in System Management, I have acquired extensive computer knowledge,technical skills and managerial skills essential for one to compete in project management. I have

scored 77% in my academics, till 3rd

Semester.

I request you to go through my resume in order to find out more about my academic history as wellas get a fair idea about my career goals and interests.

Please find my contact details in my resume attached herewith. You may contact me anytime duringthe day in order to discuss my career interests thoroughly or to schedule an interview. Thank youvery much for your consideration.

Yours Truly,

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RESULT:

Thus the covering letter has been created successfully in the MS Word.

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Expt. No: 3

Date:

PREPARATION OF COMPANY ADVERTISEMENT

AIM:

To prepare the Company advertisement using MS - Power Point.

PROCEDURE:

Click new option from the Office Button to create a new document.

Click the Design menu and from it click Apply Design Template.

In the Design Templates we can type the details of the company

The slides can be inserted through the New Slide option from the Insert Menu.

The clip art can also be inserted through the picture option in the Insert Menu.

The Custom Animation can be done with the option Custom Animation in the

Animation Menu.

Thus the Company Advertisement is created.

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Mission

Our Roadmap starts with our mission, wh1ch is en du ring. I t declares our purpose as a company and serves as the standard aga ir.st which

weweigh our actions and dl!' cision s.

To refrE"sh the wor ld... To inspire moments o f optim ism and happmess ..

To create va lue and make a diffpren ce.

Product s Cool and wa,e -Energiztr U>mono fresh - Cool l1non Drink Orange day -Colors.

4/4/20 12

Vision

Our v ision serves as the fra mework for our Road ma p and guides every aspect of our business by describing what we

need to accomplish in order to continu e achiev ing sustainable, quality growth .

Fact Shee t II began as the -earens- at 1990. Jn1995 th e name changed as CAFE XS BEVER .\.CES. Initially Started at t;SA, W ith 250 employees. !r. 8 .Surtndhar \qts the first CE-nera l l\lanttger . lr. P. Sure sh was the first chair man followed by Sikkan. l\la int3ined a phenomenal growth o\er the ye

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4/4/ 20 12

Cos t-Leadership Strate gy

Advertising and innovativ e promotio n.

Opti mal outso u rcin g for production und verti ca l int egration.

Improvingproduction efficiencies through Kaize n.

Global Locations

A t G LOBA LMa rket At now there are more than 2:0 nations our produ ct is

n ow served . More than 50000 employees get benefited through out

the world

Growt h

5 4-5

4 3-5

3 2.5

1.5

o.s' 0

1995 2005

Cool&WaY Lemon'ofm h Orange

Contact Details Ca fens

9951At 1antic Sivd ,450 1ck50nviUeFL.3222S. Toll t ' :8ii.s -

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RESULT:

Thus the company advertisement presentation has been created successfully in the

MS Power point.

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PREPARATION OF MARK SHEET

Expt. No: 4

Date:

AIM:

To prepare a Mark List for a Class.

PROCEDURE:

To open MS-Excel window click MS-Excel from the Programs

Click new document from the Office button to create a new spreadsheet.

Type the mark sheet in the columns and rows

The mark sheet may have the details like Name, S.no, Subject, marks obtained in

various subjects

The total marks can be averaged through the formula bar.

Find the Result using the Marks

If Mark1,Mark2,Mark3>=50 thenResult is Pass

Else Result is Fail The details of the student name can be sorted through the sort option in the Home

menu

The graphical representation can be done for the mark through the chart option

from the Insert menu

FEATURES:

Auto sum can be done through the auto sum option

The average can be find through the formula bar option

The chart can be drawn through the option Chart option from the Insert menu

The sorting can be done through the sort option from the Home menu

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RESULT:

Thus the mark list has been created successfully in the MS Excel.

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Expt. No: 5

Date:

PREPARATION OF PAYROLL STATEMENT

AIM:

To prepare a Payroll Statement using MS-Excel.

PROCEDURE:

To open MS-Excel, click MS-Excel from the Programs.

Click new document from the Office button to create a new spread sheet.

Type the Payroll statement in the columns and rows.

The Payroll statement may have the details like E.no, Employee name, basic pay,

HRA, TA, DA, LIC, and PF etc.

Find the HRA, TA, and DA of each employee using the field Basic pay.

HRA = Basic pay of 20/100

TA = Basic pay of 15/100

DA = Basic pay of 10/100

The Gross Pay can be calculated by using Basic Pay, HRA, TA, and DA

Gross Pay = HRA+TA+DA

The details of the Employee name can be sorted through the sort option in the

Home menu.

The graphical representation can be done for the mark through the chart option

from the Insert menu.

FEATURES:

Auto sum can be done through the auto sum option

The average can be find through the formula bar option

The chart can be drawn through the option Chart option from the Insert

menu

The sorting can be done through the sort option from the Home menu

For E.no continuous numbering can be done through selecting the dragging

the first two numbers to other column.

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S. No E m plo ye Narnc Bas i c Pa y H RA TA DA G r os s Pa y LI C PF er Deduct Ne t P ay I R a m cs h 10000 2000 1 500 I000 14 500 1 500 1 25 0 2750 I 1750

2 R a m ya S cc 10000 2000 1 500 1 000 14 500 1 500 1 25 0 275 0 I I750 3 R a njith Kum a r 0 0 0 0 0 0 0 0 0 4 R ub ini 1 500 0 3000 225 0 1 500 2 1 75 0 225 0 1 875 41 25 1 7625 5 Sa n gcc tha 20000 4000 3000 2000 29000 3000 25 00 55 00 23500 6 Sa nth osh 18000 3600 2700 1 800 26 100 27 00 2250 4950 2 1 150 7 Sa nth os h S 25 000 5000 375 0 25 00 36250 375 0 3 1 25 6875 29375 8 S arath a Priya 15000 3000 2250 1 500 2 1 750 225 0 1 875 4125 1 762 5 9 Sa r ava n a n 20000 4000 3000 2000 29 000 3000 2500 55 00 23500

I 0 Sarugcswar i 24000 4800 36 00 2400 34800 36 00 3000 6600 28200 I I S uhi s h 32 000 6400 4 800 32 00 46400 4800 4000 8800 37600 1 2 Sa thi sh M 15000 3000 2250 1 500 2 1 750 225 0 1 875 41 25 1 7625 1 3 Sa thri yan 12000 2400 1 800 1 20 0 1 7400 1 800 1 500 33 00 141 00 1 4 Sc lv i 16 500 33 00 2475 1 65 0 23925 2475 20 62 .5 4 537 .5 1 9387 .5 1 5 Shanth i 10000 2 000 1 500 10 00 14500 1500 I250 2750 I I75 0 1 6 S ikkan 2 0500 4 1 00 3075 2 0 50 29725 30 75 2562 .5 5637.5 24 0 87.5 1 7 S ri Priya 32 000 6400 4 800 32 00 46400 4800 4000 88 00 37600 1 8 S u ga ny a 16500 33 00 2475 1 6 50 23925 247 5 20 62 .5 4537 .5 1 9387 .5 1 9 Suj a th a 16 500 33 00 247 5 1 65 0 23925 24 75 2062 .5 4 537 .5 1 9387 .5 20 Su n doos 185 00 37 00 2775 1 850 26825 2775 23 12 .5 5087.5 2 1 737 .5 21 S ur cndha r 25 000 5000 375 0 250 0 3 6 250 375 0 3 1 25 6875 29375 22 S ur csh U 2 0500 4 1 00 307 5 2050 29725 30 75 2562 .5 5637 .5 24 0 87 .5 23 S ur csh P 2 1 000 4200 3150 2 1 00 3 04 50 3 1 50 2625 5775 24675 24 S uri ya 16 500 33 00 247 5 1 6 50 23925 24 75 2062 .5 4537 .5 1 9387 .5 25 Udhaya 17000 3400 255 0 1 700 24 650 255 0 2 1 25 4 675 1 9975 26 Uma Dcvi 18000 36 00 27 00 1 800 26 100 27 00 2250 4 950 2 I I 5 0 27 Va i ram u t hu M 2 300 0 4600 34 50 23 00 33350 34 5 0 2 875 6325 2 70 25 28 Va ndh a n a 24000 4 800 36 00 2 400 34 800 36 00 3000 6600 28200

29 Veera Vinothkumar 2 1000 4200 3 1 50 2 100 30450 3150 2625 5775 24675 30 Vd laina yaga rn 14500 2900 2 175 1450 2 1025 2175 1812.5 3987.5 17037.5 31 Vijaya k umar 15000 300 0 225 0 1500 2 1750 2250 1875 4 125 17625 32 Vijalakshm i 16000 3200 2400 1600 23200 2400 2000 4400 18800 33 Vinoth 1700 0 3400 255 0 1700 24650 2550 2 125 4675 19975 34 Vinoth J 2 1000 4200 3 150 2 100 30450 3150 2625 5775 24675 35 Willia ms 30 000 600 0 4500 3000 43500 4500 3750 8250 35250

Tota l 646000 129200 969 00 64600 936700 96900 80750 177650 759050 Ave r age 184 57. 14 369 1 2769 1846 26763 2769 2307 5076 21687

Gross Pay 2%

Net Pay 0 %

50000

40000

30000

20000

10000 Gross Pay

3% 3% 2%

444 %._ _

3%

3%

2%2% 3% 3% R a m es h

R a mya Sree

Ra n jit h Kumar

Rubini

Sangeetha

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RESULT:

Thus the payroll statement has been created successfully in the MS Excel.

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Expt. No: 6

Date:

HTML

AIM:

To create a webpage using HTML programming language.

PROCEDURE:

Open Notepad. Click File->Save As. Choose all files from the file type menu.

Save your file as file.html. HTML (hypertext markup language) use tags. Tags are basically some text inside

of .

The first tag of a webpage is usually the tag.

The next tag is the tag. Between the and tags are the title

tag

On the next line after tag, put a tag. After the title tag, write the title

of your website. Now end the title by typing Now end your head by typing

Type

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RESULT:

Thus the webpage has been created successfully and viewed in web browser.

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Expt. No: 7

Date:

GRAPHICAL METHOD

AIM:

To solve the problem in TORA software by Graphical Method.

PROCEDURE:

Go to TORA software; click the TORA icon in the desktop.

Then select Linear Programming in the main menu.

Select Enter New Problem, and remaining leave as it is, and Go To Input Screen.

Input the Problem title, No. of Variables, and No. of Constraints. Then press enter.

Enter the objective functions as Max and the value 3, 4 as variables.

Enter 5,4 as the values for variables and 200 as the value of constraint for

constraint 1


constraint 2


constraint 3

Enter 8,4 as the values for variables and 80 as the value of constraint for constraint

4

To solve the problem, press Solve Menu button, then save the data in the folder.

Then go to Solve Problem and click graphical method.

Then click Go TO Output Screen.

Then click the constraints, and then click objective functions. Thus the problem is solved, make note of the value of the variables.

In case, to view or to edit the input data, go to View/ Modify Input Data button.

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RESULT:

Thus the problem has been solved successfully in the TORA software.

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Expt. No: 8

Date:

SIMPLEX METHOD

AIM:

To solve the problem by TORA software by simplex method.

PROCEDURE:





Enter the objective functions as Max and the value 3, 2 as variables.

Enter -2,1 as the values for variables and 1 as the value of constraint for constraint

1

Enter 1,1 as the values for variables and 3 as the value of constraint for constraint 2


Then go to Solve Problem and select Algebraic, then click Final Solution.

Then click Go To Output Screen to see the output.

Thus the problem is solved, make note of the value of the variables.


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RESULT:


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Expt. No: 9

Date:

BIG M METHOD

AIM:

To solve the problem in TORA software by Big - M Method.

PROCEDURE:





Enter the objective functions as Max and the value 1,2,3,-1 as variables.

Enter 1,2,3,0 as the values for variables and 15 as the value of constraint for

constraint 1


constraint 2


constraint 3

Then go to Solve Problem and select Algebraic, then click Iterations, then click M

method.

To see the optimum result click all iterations.



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,., ,.,

TO R A Op tim iza tion Sy stem . W ind ows -ve r sion 2.00 Co pyrigh.t 2000 -2007 Ha md y A. Ta ha. A ll Rights Re se rved Thursd ay , March 29 .20 12 14 :50

LINEAR PROGRAM-- ORIGINAL DATA

Title: bi m

x1 x2 x3 x4 Maximize 1.00 2.00 3.00 -1.00 SUJbjectto ( 1) 1.00 2.00 3 .00 0.00 15 .00 ( 2) 2.00 1.00 5.00 0.00 = 20.00 ( 3) 1.00 2.00 1.00 1.00 10 .00

Lower Bound 0.00 0.00 0.00 0.00

Upper Bound inf inity inf in ity infinity inf in ity Unrestr'd (y/n)? n n n n

SI MPLEX TABLEAUS -- (M-Method)

Title: big m

lt rcttion 1 Bas i c x1 x 2 x3 x4 R)(5 R x6

z (rn"x) -401 .00 - 5 02 .00 - 9 03 . 00 - > 1 9 .00 0 .00 0.0 0 Rx 5 1 .00 2.00 3 .00 0.00 1.00 0.00 Rx6 2 .00 1 .00 5 .00 o .oo o .oo 1 .00 Rx7 1 .00 2.00 1.00 1 .00 0.00 0.00

Lower Sound 0 .00 0 .00 0 .00 0 .0 0 Upper Sound i nfinity i nfi n ity infinity i nfinity

u n restrd (y/n).. ;, n n n n

Bas i c z (max)

Rx 7 () 0 0

So l utiOr'l - 4 5 00 .00

R x5 0 .00 15 .00 Rx6 0.00 20.00 Rx7 1 .00 10 .00

Iteration 2 Bas ic X1 x2 x::l x4 R x5 Rx6

z (max ) - 39.80 - 321.40 0.00 - 99.00 0.00 1 80.60

RxS -0.20 1.40 0 . 00 0 .00 1 . 00 -0 .60 x 3 0 40 0 2 Cl 1 . 00 000 0 .00 0 .2 0

Rx7 0 . 60 1 .80 0 .00 1.00 0 .00 -0 .20 L ow er Bound 0 .00 0 .00 0 .00 0 .00 Uppe r Bound i nfini t y i nfi n it y i nfi n it y i nfi nit y

Un r

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RESULT:


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Expt. No: 10

Date:

DUAL SIMPLEX METHOD

AIM:

To solve the problem in TORA software by Dual simplex method.

PROCEDURE:





Enter the objective functions as Max and the value 6,8 as variables.

Enter 5,2 as the values for variables and 20as the value of constraint for constraint

1

Enter 1,2 as the values for variables and 10 as the value of constraint for constraint

2


Then go to Solve Problem and select Algebraic, then click Iterations, then click

Dual Simplex.




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RESULT:


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Expt. No: 11

Date:

TWO PHASE METHOD

AIM:

To solve the problem in TORA software by Two Phase Method.

PROCEDURE:





Enter the objective functions as Max and the value 5,-4,3 as variables.

Enter 2,1,-6 as the values for variables and 20as the value of constraint for

constraint 1

Enter 6,5,10 as the values for variables and 76 as the value of constraint for

constraint 2

Enter 8,-3,6 as the values for variables and 50 as the value of constraint for

constraint 3


Then go to Solve Problem and select Algebraic, then click Iterations, then click

Two- phase method.

Then click Go To Output Screen.


Thus the problem is solved, make note of the value of the variables. In case, to view or to edit the input data, go to View/ Modify Input Data button.

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TORA Opti m iz ation Sy st em , W in dows-ve rs ion 2 .00 Copyrig ht C 200()...2007 Ha mdy A . Taha . A ll R ig hts R e served Th u rsday, Ma r ch 29 .20 1 2 15 :04

LINEAR PROGRAM-- ORIGINAL DA T A

Title: 2 hase

Maximize x1

5.00 x2

-4.00 x3

3 .00 Subject to ( 1) 2.00 1 .00 -6.00 ( 2) 6.00 5 .00 10 .00

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RESULT:


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Thus the problem is solved, make note of the values.


Expt. No: 12

Date:

CRITICAL PATH METHOD

AIM:

To find the Shortest Path using Critical Path Method in TORA software.

PROCEDURE:


Then select Project Planning, and select Critical Path method.


Input the Problem title, and then press enter.

Then input starting node and leaving node, and input the appropriate duration.

Activity Duration1-2 151-3 152-3 032-5 053-4 083-6 124-5 014-6 145-6 036-7 14


Then go to Solve Problem

Then click Go TO Output Screen. Then select output options CPM Bar Chart and CPM Calculation.

In CPM Calculation, to see the final result click All Steps.

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RESULT:


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PROGRAM EVALUATION & REVIEW TECHNIQUE

Expt. No: 13

Date:

AIM:

To find the Shortest Path using Program Evaluation and Review Technique in TORA

software.

PROCEDURE:


Then select Project Planning, and select Program Evaluation and Review

Technique.


Input the Problem title, and then press enter.

Then input starting node and leaving node, and input the variables a, m, and b.

Activity a m b1-2 1 7 13

1-6 2 5 142-3 2 14 262-4 2 5 83-5 7 10 194-5 5 5 176-7 5 8 295-8 3 3 97-8 8 17 32


Then go to Solve Problem Then click Go TO Output Screen.

Then select output options Activity Mean/Var and PERT Calculation.

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RESULT:


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Expt. No: 14

Date:

TRANSPORTATION PROBLEM

AIM:

To solve the problem using Transportation Problem in TORA software.

PROCEDURE:


Then select Transportation model,


Input the Problem title, and input the No of Sources and Destination

Then input destination, sources, demand and supply.

D1

D2

D3

D4 Supply

S1 6 1 9 3 70

S2 11 5 2 8 55

S31

01

2 4 7 70

Demand 853

55

04

5


Then go to Solve Problem

Then click Go TO Output Screen.

Then select final solutions.

Thus the problem is solved, make note of the values. In case, to view or to edit the input data, go to View/ Modify Input Data button.

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RESULT:


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Expt. No: 15

Date:

SQL DDL COMMANDS

AIM:

To create an Employee Database using Microsoft SQL server application.

PROCEDURE:

On the Windows desktop, choose Start > All Programs > Microsoft SQL Server >

Enterprise Manager.

In the Details (left) pane, navigate to the Databases folder of the server you're

using.

SQL Server Enterprise Manager displays a list of databases in the Details pane.

Then select Database, right click it and select New Database.

Then give name of the database, and save the table with the table name.

Then open the table to create the attributes, which are Employee Name- (varchar),

Emp. No. (int), D.O.B. (dobirth), etc.., save and close.

Open the table, and enter details of the employee one by one.

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Expt. No: 16

Date:

SPSS SINGLE MEAN T TEST

AIM:

To calculate statistical operation Single Mean T Test by SPSS software.

PROCEDURE:

Open SPSS software, by clicking SPSS icon on the desktop.

Select the Vaiable View at the bottom of the window.

Input the Name, and select the variable type, select the size of the width, and input

the no. of columns and rows.

Select the Data view at the bottom of the window.

And input the various weights.

Go to Analyze in the Menu, and choose Compare means, and select One Samples

T Test.

Select Weights as Test Variable.

Then press OK button to see the Output.

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T-Test

Paired Samples Statistics

Mean N Std. Deviation Std. Error

Mean Pair Before 1 After

122.0000 124.0000

55

8.03119 7.17635

3.59166 3.20936

Paired Samples Correlations

N Correlation Sig. Pair 1 Before & After 5 .746 .148

Paired Samples Test

Paired Differences

t Mean Std. Deviation Std. Error

Mean

95% Confidence Interval of the Difference

Lower Upper Pair 1 Before - After -2.00000 5.47723 2.44949 -8.80087 4.80087 -.816

Paired Samples Test

df Sig. (2-tailed) Pair 1 Before - After 4 .460

Page 1

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RESULT:

Thus the hypothesis is tested successfully using SPSS software.

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Expt. No: 17

Date:

SPSS DEPENDENT SAMPLE T TEST

AIM:

To calculate statistical operation Paired(Dependent) Samples T Test by SPSS

software.

PROCEDURE:






And input the various Beforeand After variables.

Go to Analyze in the Menu, and choose Compare means, and select Paired

Samples T Test.

Select Paired variabes from Before to After.


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Mean-2.00000

Std. Deviation5.47723

Std. Error Mean

2.44949

95% Confidence Interval of theDifference

Lower -8.80087

Upper 4.80087

GET

FILE='C:\Users\Arun\Desktop\SPSS data sheet\Paired t test.sav'.

DATASET NAME DataSet0 WINDOW=FRONT. T-TEST PAIRS=Before WITH After (PAIRED)

/CRITERIA=CI(.9500)

/MISSING=ANALYSIS.

T-Test

[DataSet1] C:\Users\Arun\Desktop\SPSS data sheet\Paired t test.sav

Paired Samples Statistics

Pair 1 Before

After

Mean1.2200E2

1.2400E2

N Std. Deviation5 8.03119

5 7.17635

Std. Error Mean

3.59166

3.20936

Paired Samples Correlations

Pair 1 Before & After N Correlation

5 .746Sig.

.148

Paired Samples Test

Paired Differences

Pair 1 Before - After t-.816

Paired Samples Test

df Sig. (2-tailed)

Pair 1 Before - After 4 .460

Page 1

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RESULT:


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Expt. No: 18

Date:

SPSS INDEPENDENT SAMPLE T TEST

AIM:

To calculate statistical operation Independent Samples T Test by SPSS software.

PROCEDURE:






And input the various diets and weights.

Go to Analyze in the Menu, and choose Compare means, and select Independent

Samples T Test.

Select Diet as Grouping Variable, Weights as Test Variable.

Then go to option, and enter the Confidence interval.

Then select the Define Groups, and enter value of Group1 and Group 2.


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Page 1

T-Test

Group Statistics

Diet N Mean Std. Deviation Std. Error

Mean Weights 1.00

2.00 7

1027.0000 32.0000

6.65833 6.23610

2.51661 1.97203

Independent Samples Test

Levene's Test for Equality of Variances

F Sig. Weights Equal variances

assumed Equal variancesnot assumed

.083 .777

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Page 2


t-test for Equality of Means

t df Sig. (2-tailed) Mean

DifferenceWeights Equal variances

assumed

Equal variances not assumed

-1.583

-1.564

15

12.491

.134

.143

-5.00000

-5.00000

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Page 3


t-test for Equality of Means

Std. Error Difference

95% Confidence Intervalof the Difference

Lower Upper Weights Equal variances

assumed

Equal variances not assumed

3.15806

3.19722

-11.73124

-11.93590

1.73124

1.93590

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RESULT:


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Expt. No: 19

Date:

SPSS CHI SQUARE TEST

AIM:

To calculate statistical operation Chi Square Test by SPSS software.

PROCEDURE:






And input the various savings and income.

Go to Analyze in the Menu, and choose Data Reduction, and select

Correspondance Analysis.

Select income as row, and saving as columns.

And define the range for them.


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Page 1

Correspondence

Credit

CORRESPONDENCE Version 1.1by Data Theory Scaling System Group (DTSS)Faculty of Social and Behavioral SciencesLeiden University, The Netherlands

Correspondence Table

Total Income

Total Saving

upto 5000 5001-10000 10001-15000 15001-20000 20001 and

above Active Margin upto 20000 67 42 13 2 0 12420001-30000 89 80 42 6 2 21930001-40000 25 32 26 15 5 10340001-50000 8 21 10 11 4 54

50001 and above 7 9 19 7 10 52 Active Margin 196 184 110 41 21 552

Summary

Dimension Singular

Value Inertia Chi Square Sig.

Proportion of Inertia

Accounted for Cumulative 1 .438 .192

128.683 .000 a

.824 .824 2 .176 .031 .133 .957 3 .087 .008 .033 .990 4 .048 .002 .010 1.000 Total .233 1.000 1.000

Summary

Dimension

Confidence Singular Value

StandardDeviation

Correlation

2 1 2 3 4 Total

.037

.059 .216

a. 16 degrees of freedom

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Page 2

Overview Row Points a

Total Income Mass

Score in Dimension

Inertia

Contribution

1 2

Of Point to Inertia of Dimension

1 2 upto 20000 .225 -.685 .138 .051 .240 .024 20001-30000 .397 -.351 .072 .025 .112 .012 30001-40000 .187 .459 -.347 .023 .090 .128 40001-50000 .098 .760 -.830 .038 .129 .383 50001 and above .094 1.414 .920 .097 .430 .453

Active Total 1.000 .233 1.000 1.000

Overview Row Points a

Total Income

Contribution

Of Dimension to Inertia of Point 1 2 Total

upto 20000 .913 .015 .928 20001-30000 .868 .014 .882 30001-40000 .753 .173 .925 40001-50000 .648 .311 .959 50001 and above .853 .145 .999

Active Total

a. Symmetrical normalization

Overview Column Points a

Total Saving Mass

Score in Dimension

Inertia

Contribution

1 2

Of Point to Inertia of Dimension

1 2 upto 5000 .355 -.578 .194 .056 .271 .076 5001-10000 .333 -.167 -.270 .010 .021 .139 10001-15000 .199 .472 .256 .026 .101 .074 15001-20000 .074 1.205 -.997 .061 .246 .419 20001 and above .038 2.039 1.161 .080 .361 .291

Active Total 1.000 .233 1.000 1.000

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Page 3

Overview Column Points a

Total Saving

Contribution

Of Dimension to Inertia of Point 1 2 Total

upto 5000 .930 .042 .972 5001-10000 .422 .443 .865 10001-15000 .749 .088 .837 15001-20000 .770 .211 .981 20001 and above .866 .113 .979

Active Total

a. Symmetrical normalization

Row and Column Points

Symmetrical Normalization

Total Income

Total Saving

1.5

1.0

20001 and above

50001 and above

0.5

0.0

-0.5

upto 5000

upto 20000 20001-30000

5001-10000

10001-15000

30001-40000

-1.0 -1

40001-50000

0

15001-20000

1 2

Dimension 1

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RESULT:


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Expt. No: 20

Date:

SPSS CORRELATION

AIM:

To calculate statistical operation Correlationby SPSS software.

PROCEDURE:







Go to Analyze in the Menu, and choose Correlate, and select Bivariate

Select income and saving as Variables.


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Correlations

Correlations

Total Income Total Saving Total Income Pearson Correlation 1 .428**

Sig. (2-tailed) .000 N 552 552

Total Saving Pearson Correlation .428** 1Sig. (2-tailed) .000 N 552 552

**. Correlation is significant at the 0.01 level (2-tailed).

Page 1

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RESULT:


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Expt. No: 21

Date:

SPSS ANNOVA

AIM:

To calculate statistical operation Annova by SPSS software.

PROCEDURE:







Go to Analyze in the Menu, and choose Compare Means, and select One - Way

Annova

Select income as factor and saving as dependent list.

Then go to Hoc Multiple Comparisons, and check Duncan, then press continue


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Oneway

Total monthly saving

ANOVA

Sum of Square

df Mean Square F Sig.

Between Groups 4E+009 4 905926861.7 34.849 .000 Within Groups 1E+010 547 25995830.505 Total 2E+010 551

Post Hoc Tests

Homogeneous Subsets

Duncan a,b

Total monthly saving

Total Income N Subset for alpha = .05

1 2 3 4 upto 20000 124 5310.48

7064.87 10007.20

13545.67

20001-30000 219 30001-40000 103 40001-50000 54 11195.37 50001 and above 52Sig. 1.000 1.000 .133 1.000

Means for groups in homogeneous subsets are displayed. a. Uses Harmonic Mean Sample Size = 83.210. b. The group sizes are unequal. The harmonic mean of the group sizes is used. Type I error levels are not guaranteed.

Page 1

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RESULT:


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Expt. No: 22

Date:

CREATION OF BALANCE SHEET

AIM:

To prepare a balance sheet for Rajesh traders using Tally package for the following

information.

PROCEDURE:

If the Tally package was present in the desktop window double click the icon

To open it, else select START>PROGRAM>TALLY

In the company info. Select create company to create a new company. [CREATION OF LEDGER]

In gate way of Tally select Acco.Info.

Select Ledger

Select single ledger create

Then type the name Capital, Sbi Bank, Credit purchase, Credit Sales, Cash in

Hand, Machinery, Pravin traders, Krishna Traders, Tavi & co, Kumar & co,

Rent, Salaries, Wages, Carriage Inwards, Building.

On pressing F11 (function key), it will display the features of the company and

Select the choices give yes to maintain bill wise details, Yes to Allow cash

Entries in journal, Yes to Use Dr/Cr instead of To/By

[CREATION OF VOUCHER]

In Gateway of Tally select voucher Entry

F4 - For contra - Select Contra Voucher F5 - For Payment - Select Contra Voucher F6 - For Receipt - Select Contra Voucher F7 - For Journal - Select Contra Voucher F8 - For Sales - Select Contra Voucher

F9 - For Purchase - Select Contra Voucher [TO DISPLAY THE BALANCE SHEET]

In Gateway of tally select Balance sheetIt will display the Balance sheet. Exit

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RESULT:

Thus the balance sheet is prepared successfully using TALLY software.

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PREPARATION OF BALANCE SHEET USING TALLY

Expt. No: 23

Date:

AIM:

To prepare Balance sheet using TALLY for the following information.

Capital Rs.1, 00,000 is introduced into the Business

Salary Rs. 10,000 is paid

Cash sales made Rs. 10, 00,000

Sold goods to Mr.Murugan for Rs. 30,000

Sold goods to Mr.Kandan for Rs. 25,000

Cash received from Mr.kandan Rs. 10,000

Cash purchases made for Rs. 1, 25,000 and no closing stock

PROCEDURE:

Enter in to TALLY by double clicking Go to company Menu and select the New company

Enter the company name, short name, address and press Enter button

Enter the Starting date and ending date of the fiscal year of the creating

Company and press Enter button

Enter the Business Type and select TRADER option from the Dropdown list and

And press NEXT button

From the Activities menu , Select Enter Documents and select journal voucher

From the dropdown list and press Ok button

Enter the date and enter the following information in the journal voucher

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