VISVESVARAYA technological university

gnanaSangama, Belagavi -590018

REPORT ON

INTRA INSTITUTIONAL INTERNSHIP (21INT49)

Submitted By:

NAME: Balam Indira Priyadarsini

USN:1SJ21IS010

Under the guidance of

Associate Professor

Department of Information science and Engineering

S.J.C INSTITUTE OF TECHNOLOGY

Department of Information science and Engineering

Chickballapur – 562101

2022-2023

Introduction to Microsoft Office Software

Microsoft Office is a set of computer applications mainly used for business or office purposes. First introduced in 1990, Microsoft Office software is made by the Microsoft Corporation.

MS Office helps simplify basic office tasks and improve work productivity. Each application is designed to address specific tasks, such as word processing, data management, making presentations and organizing emails.

Microsoft has developed multiple versions of Office that can be supported by different operating systems, including Windows, Linux, and macOS.Microsoft Office is also offered in 35 different languages.

Microsoft Office Common Applications

The most common Office applications are Word, Excel, PowerPoint, and Outlook. Other apps include Publisher, Access and OneNote.

Here’s a brief explanation of each of the different apps and what you can use them for:

· Microsoft Word: is a word processor that lets users make and edit text documents, such as reports, letters, and résumés and run spell-checks on writing

· Microsoft Excel: is an electronic spreadsheet program that helps you store, organize and manipulate data by creating simple to complex spreadsheets

· Microsoft PowerPoint: allows you to visually display information, using anything from basic slideshows to professional multimedia presentations

· Microsoft Outlook: is a personal information manager mainly used for emails, but that can also be used to store calendars and contact information, manage tasks as well as organize meetings

· Microsoft Publisher: is a graphic design app that gives users creating material for marketing or publications more options in the layout and design of their documents

· Microsoft Access: is a database management system that allows you to link and use data from other sources, manipulate the data you’ve gathered in different ways, as well as create simple business applications

· Microsoft OneNote: is a digital alternative to a paper notebook that allows you to create, organize and share your notes easily

Microsoft Office is either available as a package or you can buy stand-alone Microsoft Office applications, such as Word or Excel, separately.

Most basic packages come with Word, Excel, PowerPoint, and Outlook, while some also include other Microsoft Office programs, such as Publisher, Access, and/or OneNote.

Make sure to check with your supplier when making a purchase in which programs are included in your deal.

If you’re looking for a software company you can trust for its integrity and honest business practices, look no further than SoftwareKeep. We will be with you before, during, and after all the sales. That’s our 360 Degree SoftwareKeep Guarantee.

Introduction to Microsoft Word :

Microsoft word is a word processor software developed by Microsoft in 1983. It is the most

commonly used word processor software. It is used to create professional quality documents, letters, reports, resumes, etc and also allows you to edit or modify your new or existing document. The file saved in Ms Word has .docx extension. It is a component of the Microsoft Office suite, but you can buy it separately and is available for both Windows and macOS. The latest version of Ms Word is 2019. In this article we will learn the features of Ms Word, but first we learn how to open Ms Word?

How to open MS Word?

The following step shows how to open MS words:

Step 1: Type Ms Word in the search bar.

Step 2: Select Ms Word application.

Step 3: Select a blank document and press create button.

Then you will get a window like in the image below where you can write your content and perform different types of operations on that content, like font type, style, bold, italic, etc. You can also add images, tables, charts to your document.

Features of MS Word

Now let us discuss the features or components of the Ms Word. Using these features, you can perform different types of operations on your documents, like you can create, delete, style, modify, or view the content of your document.

1. File

It contains options related to the file, like New(used to create a new document), Open(used to open an existing document), Save(used to save document), Save As(used to save documents), History, Print, Share, Export, Info, etc.

2. Home

It is the default tab of Ms Word and it is generally divided into five groups, i.e., Clipboard, Font, Paragraph, Style and Editing. It allows you to select the color, font, emphasis, bullets, position of your text. It also contains options like cut, copy, and paste. After selecting the home tab you will get below options:

3. Insert

It is the second tab present on the menu bar or ribbon. It contains various items that you may want to insert into a Microsoft word. It includes options like tables, word art, hyperlinks, symbols, charts, signature line, date and time, shapes, header, footer, text boxes, links, boxes, equations, etc., as shown in the below image:

4. Draw

It is the third tab present in the menu bar or ribbon. It is used for freehand drawing in Ms Word. It provides different types of pens for drawing as shown below:

5. Design

It is the fourth tab present in the menu bar or ribbon. The design tab contains document designs that you can select, such as documents with centered titles, offset headings, left-justified text, page borders, watermarks, page color, etc., as shown in the below image:

6. Layout

It is the fifth tab present on the menu bar or ribbon. It holds all the options that allow you to arrange your Microsoft Word document pages just the way you want them. It includes options like set margins, display line numbers, set paragraph indentation, and lines apply themes, control page orientation and size, line breaks, etc., as shown in the below image:

7. References

It is the sixth tab present in the menu bar or ribbon. The references tab lets you add references to a document, then create a bibliography at the end of the text. The references are generally stored in a master list, which is used to add references to further documents. It includes options like, Table of Contents, Footnotes, Citations & Bibliography, Captions, Index, Table of Authorities, smart look, etc. After selecting References tab, you will get the below options:

8. Mailings

It is the seventh tab present in the menu bar or ribbon. It is a least used tab in the menu bar. This tab is where you would create labels, print them on envelopes, do mail merge, etc. After selecting mailing, you will get the below options:

9. Review

It is the eighth tab present in the menu bar or ribbon. The review tab contains, commenting, language, translation, spell check, word count tools. It is good for quickly locating and editing comments. After selecting a review tab, you will get the options below:

10. View

It is the ninth tab present in the menu bar or ribbon. View tab allows you to switch between single page or double page and also allows you to control the layout tools It includes print layout, outline, web layout, task pane, toolbars, ruler, header and footer, footnotes, full-screen view, zoom, etc. as shown in the below image:

Introduction to MS-Excel

MS-EXCEL is a part of Microsoft Office suite software. It is an electronic spreadsheet with numerous rows and columns, used for organizing data, graphically represent data(s), and performing different calculations. It consists of 1048576 rows and 16384 columns, a row and column together make a cell. Each cell has an address defined by column name and row number example A1, D2, etc. this is also known as a cell reference.

Cell references: The address or name of a cell or a range of cells is known as Cell reference. It helps the software to identify the cell from where the data/value is to be used in the formula. We can reference the cell of other worksheets and also of other programs.

Referencing the cell of other worksheets is known as External referencing.
Referencing the cell of other programs is known as Remote referencing.

There are three types of cell references in Excel:

Relative reference.
Absolute reference.
Mixed reference.

The Ribbon in MS-Excel is the topmost row of tabs that provide the user with different facilities/functionalities. These tabs are:

Home Tab: It provides the basic facilities like changing the font, size of text, editing the cells in the spreadsheet, autosum, etc.
Insert Tab: It provides the facilities like inserting tables, pivot tables, images, clip art, charts, links, etc.
Page layout: It provides all the facilities related to the spreadsheet-like margins, orientation, height, width, background etc. The worksheet appearance will be the same in the hard copy as well.
Formulas: It is a package of different in-built formulas/functions which can be used by user just by selecting the cell or range of cells for values.
Data: The Data Tab helps to perform different operations on a vast set of data like analysis through what-if analysis tools and many other data analysis tools, removing duplicate data, transpose the row and column, etc. It also helps to access data(s) from different sources as well, such as from Ms-Access, from web, etc.
Review: This tab provides the facility of thesaurus, checking spellings, translating the text, and helps to protect and share the worksheet and workbook.
View: It contains the commands to manage the view of the workbook, show/hide ruler, gridlines, etc, freezing panes, and adding macros.

Creating a new spreadsheet:

In Excel 3 sheets are already opened by default, now to add a new sheet :

In the lowermost pane in Excel, you can find a button.
Click on that button to add a new sheet.

We can also achieve the same by Right-clicking on the sheet number before which you want to insert the sheet.
Click on Insert.

Select Worksheet.
Click OK.

Opening previous spreadsheet:

On the lowermost pane in Excel, you can find the name of the current sheet you have opened.

On the left side of this sheet, the name of previous sheets are also available like Sheet 2, Sheet 3 will be available at the left of sheet4, click on the number/name of the sheet you want to open and the sheet will open in the same workbook.

For example, we are on Sheet 4, and we want to open Sheet 2 then simply just click on Sheet2 to open it.

Managing the spreadsheets:

You can easily manage the spreadsheets in Excel simply by :

Simply navigating between the sheets.

Right-clicking on the sheet name or number on the pane.
Choose among the various options available like, move, copy, rename, add, delete etc.
You can move/copy your sheet to other workbooks as well just by selecting the workbook in the To workbook and the sheet before you want to insert the sheet in Before sheet.

To save the workbook:

Click on the Office Button or the File tab.
Click on Save As option.

Write the desired name of your file.
Click OK.

To share your workbook:

Click on the Review tab on the Ribbon.
Click on the share workbook (under Changes group).
If you want to protect your workbook and then make it available for another user then click on Protect and Share Workbook option.
Now check the option “Allow changes by more than one user at the same time. This also allows workbook merging” in the Share Workbook dialog box.
Many other options are also available in the Advanced like track, update changes.
Click OK.

Ms-Excel shortcuts:

Ctrl+N: To open a new workbook.
Ctrl+O: To open a saved workbook.
Ctrl+S: To save a workbook.
Ctrl+C: To copy the selected cells.
Ctrl+V: To paste the copied cells.
Ctrl+X: To cut the selected cells.
Ctrl+W: To close the workbook.
Delete: To remove all the contents from the cell.
Ctrl+P: To print the workbook.
Ctrl+Z: To undo.
Introduction to Microsoft PowerPoint
Information can be displayed using an electronic presentation application. This information is usually presented as a slide show — the data is displayed on a slide that may be viewed on a computer monitor or projected onto a screen using an LCD projector. A presentation might consist of multiple slides that are exhibited one after the other. The presentation tool in MS Office is MS PowerPoint. Microsoft PowerPoint is a popular presentation application, although there are alternatives such as Corel Presentations OpenOffice.org, Impress, etc.
Three major components of a presentation program are:

(i) An editor that allows text to be input and formatted

(ii) a means for inserting visual pictures, audio, and video

(iii) and a slide-show system to display the final content.

How to open MS PowerPoint

In Windows 8/above:

Step 1: Press Windows + c to open the search bar.

Step 2: Type PowerPoint & click on the MS Office version you are having in your system. MS Office window will pop up.

In Windows 7 or below:

Step 1: Go to the program section in the windows start menu.
Step 2: Go to MS Office & click on it. A drop-down list is seen
Step 3: Click on MS PowerPoint & MS PowerPoint window will pop up.

Creating a Presentation

Once your MS PowerPoint Window pops up, you can create & save the file by:

Step 1: Click on the Microsoft button on the top left.

Step 2: Click on new, a new Presentation window will pop up.

Step 3: Click on Create & a new presentation will be created.

Note: Shortcut for New: Ctrl +n

Saving a Presentation

Once you have created a presentation, it can be easily saved with the help of following steps:

Step 1: Click on the Microsoft icon

Step 2: Click on the Save button.

Step 3: A new Window for Save As will pop up.

Step 4: Select the drive (by clicking on it: Example: Local Drive (D)) in which you want to save the presentation. Then your drive will open up, select the folder in which you want to save the presentation (Example: img folder here) & then give the required name to your presentation (Example: MyPresentation here). Your presentation is created & saved with the provided name.

Note: Shortcut for save: Ctrl + s

Basic Elements of a PowerPoint Window/Slide

You can see various bars in the presentation window. They are:

(i) Title Bar: This shows the name/title given by you to the current presentation. If user do not save the presentation by any name, default name given by MS PowerPoint appears in this bar.
(ii) Menu Bar: Contains menu items like insert, views, design, animations, etc.
(iii) Office Button: MS Office button on the left-most top.
(iv) Formatting Toolbar: Have tools like Bold, Italic, Underline, Font shape & size etc. to format your data.

(v) Zoom Slider: To zoom in or zoom out your presentation.
(vi) Slide Sorter Pane: This allows us to choose which slides will be shown in which sequence during the slide show.
(vii) Notes Pane: This allows us to type notes that we may require later when preparing for the presentation, but they will not be displayed during the slide show.
(viii) View Buttons: Provides different views of your presentation like : normal, slide show & slide sorter.
(ix) Slide Pane: This is where we type, format, and otherwise design the slide.

Concept of Slide Shows

After preparing the presentation, it’s time for the slide show. Steps for slide show are:

Step 1. Click on the view Option on the top Menu Toolbar
Step 2. Click on the slide show option.

Step 3. The slide show will start (Press Esc key (escape) to come out of slide show)

Note: Shortcut for the slide show is: F5

Sample Questions

Question 1. How to print a Presentation through an attached printer?

Answer:

Step 1: Click on the Microsoft icon
Step 2: Click On Print & a window for Print & Preview the document will pop up.

Step 3: Click on Print. Then a window for Print will pop up

Step 4: Select the printer by which you want to take out print of the document.
Select the page range (Print of all or some or current page) & number of copies you want.
Step 5: Click on OK.
You will get print of your Presentation.

Note: Shortcut for print is Ctrl + p.

1. Ctrl + N – Create a New presentation.
2. Ctrl + S – Save a presentation.
3. Alt + F4 – Close a presentation.
4. Ctrl + P – Print a presentation

Introduction C Programming Language

C is a procedural programming language initially developed by Dennis Ritchie in the year 1972 at Bell Laboratories of AT&T Labs. It was mainly developed as a system programming language to write the UNIX operating system.

This language is a must for those working professionals as well as students who want to become established software engineers. Here are some of the key reasons why you must learn the C language for the domain of software development:

This language helps users comprehend a computer’s internal architecture. It assists you in knowing how a computer would store information within and retrieve it.
Learning other programming languages becomes easier after learning C, such as Python, Java, etc.
A programmer who is well-versed with the C language gets opportunities to work on various open-source projects. For instance, some of the very popular projects (open-source) have been written using the C programming language, such as Python interpreter, Linux kernel, SQLite database, and many more.
The C language came into existence for writing an OS known as the UNIX operating system.
This language is the successor of the B language, which came into existence in the early 1970s.
The ANSI (American National Standard Institute) formalized this language in 1988.
The creators of this language have totally written the UNIX OS in C.
As of today, the C language is the most popular and widely used programming language.
Programmers have implemented a majority of the futuristic, avant-garde tools and software using the C language.

The main features of the C language include:

General Purpose and Portable
Low-level Memory Access
Fast Speed
Clean Syntax
Example:
#include <stdio.h>
int main() {
  int a = 10;
  printf("%d", a);
  return 0;
}
Output
10
Structure of the C program
After the above discussion, we can formally assess the structure of a C program. By structure, it is meant that any program can be written in this structure only. Writing a C program in any other structure will hence lead to a Compilation Error. The structure of a C program is as follows:

1.UNKNOWN NKBMASS:

#include <stdio.h>

int main() {

std::cout << "UNKNOWN, NKBMASS!" << std::endl;

return 0;

}

Output

UNKNOWN, NKBMASS!

One Dimensional Array

In computer science, Array is a type of Data structure that is used to store elements of the same data type in continuous memory locations. Arrays let us store multiple values of the same data type in a single variable. Different types of arrays make it possible to store the values in various structures. One of the most common structures of an Array in which the values are stored is the One Dimensional Array Structure. We will learn more about the concept of 1D Array in the article below

Definition

A One-Dimensional Array is the simplest form of an Array in which the elements are stored linearly and can be accessed individually by specifying the index value of each element stored in the array.
A One-Dimensional Array is a group of elements having the same data type which are stored in a linear arrangement under a single variable name.

One Dimensional Array

This is one of the simplest forms of Array. They are very easy to define and use in the programs. The values stored in a One Dimensional Array can be easily initialized and manipulated, making it a very feasible Data structure type.

Declaration Syntax

data_type array_name [array_size] ;

where,

array_name = name of the 1D array

array_size = defines the number of elements in the array

Initialization Syntax

To Initialize the 1D Array, we simply add a list to the right side of the declaration syntax of the 1D Array. In simple terms, we assign values to the declared 1D Array as per the array size specified.

data_type array_name [array_size] = {comma_separated_element_list};

Note: The number of elements specified in the list should not exceed the defined Array Size.

Example

int arr [10] ;      // Declaring a 1D array of size 10

int roll_no [5] =  {1, 2, 3, 4, 5} ;      // Initializing a 1D array of size 5

char names[30] = {"Raj, John, Krish"} ;   // Initializing a 1D array of type char

Browse more Topics under Structured Data Type

Input Elements in a 1D Array

There are few methods by which we can assign and store values in an Array. Let us understand by looking at the 2 most common methods.

1. Direct Initialization

In this method, the elements are assigned during the declaration of the 1D Array.

Example

int num [10] = {1, 3, 5, 7, 9, 2, 4, 6, 8, 10} ;

2. User Input Method

In this method, The user is asked to enter the array elements of his/her choice during the run-time of the program.

Example –

#include <iostream>

using namespace std;

int main()

  int num [5] ;

  cout<<"Enter array elements : \n";

  for(int i = 0; i < 5 ; i++)

    cin >> num[i] ;

Output –

Enter array elements :

Accessing 1D Array Elements

We can either display the entire 1D Array to know what the elements are or we can use the method of indexing in order to display only those Array values which we require.

Note: Array Indexing always starts from 0.

Example 1

# To print a single element of an array

int arr [5] = {1, 3, 5, 7, 9} ;

cout << arr[3] ;   // arr[3] i.e. index 3 of array will print the value 7

Example 2

# To print all the elements of an Array

int arr [5] = {1, 3, 5, 7, 9} ;

cout<<"The array elements are: \n";

for (int i = 0; i < 5; i++)

    cout << arr[i] << " ";

Output:

The array elements are:

1 3 5 7 9

         Manipulation
of 1D Array Elements

If we want to change a specific element stored in an array, we will use the following method:

Example

#include <iostream>

using namespace std;

int main()

   int arr [7] = {10, 20, 30, 40, 55, 60, 70} ;

   cout << "5th value of Array Before updation : \n" << arr[4] ;

   arr [4] = 50 ;

   cout << "\n 5th value of Array After updation : \n" << arr[4] ;

Output:

5th value of Array Before Updation :

5th value of Array After Updation :

2. User Input Method

In this method, The user is asked to enter the array elements of his/her choice during the run-time of the program.

Example –

#include <iostream>

using namespace std;

int main()

  int num [5] ;

  cout<<"Enter array elements : \n";

  for(int i = 0; i < 5 ; i++)

    cin >> num[i] ;

Output –

Enter array elements :

Accessing 1D Array Elements

We can either display the entire 1D Array to know what the elements are or we can use the method of indexing in order to display only those Array values which we require.

Note: Array Indexing always starts from 0.

Example 1

# To print a single element of an array

int arr [5] = {1, 3, 5, 7, 9} ;

cout << arr[3] ;   // arr[3] i.e. index 3 of array will print the value 7

Example 2

# To print all the elements of an Array

int arr [5] = {1, 3, 5, 7, 9} ;

cout<<"The array elements are: \n";

for (int i = 0; i < 5; i++)

    cout << arr[i] << " ";

Output:

The array elements are:

1 3 5 7 9

Manipulation of 1D Array Elements

If we want to change a specific element stored in an array, we will use the following method:

Example

#include <iostream>

using namespace std;

int main()

   int arr [7] = {10, 20, 30, 40, 55, 60, 70} ;

   cout << "5th value of Array Before updation : \n" << arr[4] ;

   arr [4] = 50 ;

   cout << "\n 5th value of Array After updation : \n" << arr[4] ;

Output

5th value of Array Before Updation :

5th value of Array After Updation :

50 Application of C

Operating systems: C is widely used for developing operating systems such as Unix, Linux, and Windows.
Embedded systems: C is a popular language for developing embedded systems such as microcontrollers, microprocessors, and other electronic devices.
System software: C is used for developing system software such as device drivers, compilers, and assemblers.
Networking: C is widely used for developing networking applications such as web servers, network protocols, and network drivers.
Database systems: C is used for developing database systems such as Oracle, MySQL, and PostgreSQL.
Gaming: C is often used for developing computer games due to its ability to handle low-level hardware interactions.
Artificial Intelligence: C is used for developing artificial intelligence and machine learning applications such as neural networks and deep learning algorithms.
Scientific applications: C is used for developing scientific applications such as simulation software and numerical analysis tools.

Financial applications: C is used for developing financial applications such as stock market analysis and trading systems.

Passing 2-D Array to a Function

In this section, we are going to learn how to pass a 2D array to any function and access the corresponding elements. In the code below, we pass the array a, to two functions show() and print() which prints out the passed 2D array.

#include<iostream>

using namespace std;

 void show(int (*q)[4], int  row, int  col)

        int  i, j ;

        for(i=0;i<row;i++)

               for(j=0;j<col;j++)

               cout<<"\t"<<*(*(q + i)+j);

               cout<<"\n";

    cout<<"\n";

void print(int  q[][4], int row, int col)

    int  i, j;

    for(i=0;i<row;i++)

         for(j=0;j<col;j++)

                cout<<"\t"<<q[i][j];

         cout<<"\n";

   cout<<"\n";

int main()

  int  a[3][4] = { 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21} ;

  show (a, 3, 4);

  print (a, 3, 4);

  return 0;

Output:

Here,

In the show( ) function we have defined q to be a pointer to an array of 4 integers through the declaration int (*q)[4],
q holds the base address of the zeroth 1-D array
This address is then assigned to q, an int pointer, and then using this pointer all elements of the zeroth 1D array are accessed.
Next time through the loop when i takes a value 1, the expression q+i fetches the address of the first 1-D array. This is because q is a pointer to the zeroth 1-D array and adding 1 to it would give us the address of the next 1-D array. This address is once again assigned to q and using it all elements of the next 1-D array are accessed
In the second function print(), the declaration of q looks like this: int q[][4] ,
This is same as int (*q )[4], where q is a pointer to an array of 4 integers. The only advantage is that we can now use the more familiar expression q[i][j] to access array elements. We could have used the same expression in show() as well but for better understanding of the use of pointers, we use pointers to access each element.

Example

1. program to determine whether the student is pass or fail

#include <iostream>

using namespace std;

}

if(marks<50 )

{

cout<<"bad show "<<endl;

if(marks<50 && (marks >=33))

{

cout<<"you can resit "<<endl;

}

else if(marks<33)

{

cout<<"redo please"<<endl;

}

int main()

{

int marks;

cout<<"enter marks "<<endl;

cin>>marks;

if(marks>=85)

{

cout<<"outstanding work "<<endl;

}

if(marks>=75 && marks<85)

{

cout<<"exellent work "<<endl;

}

if(marks>=65 && marks<75)

{

cout<<"average show "<<endl;

}

if(marks<=65 && marks>50)

{

cout<<"just/........ "<<endl;

2. Write a C Program to check whether a Person is eligible to Vote or not

#include <stdio.h>

int main()

{

int age;

printf("Enter age : ");

if (age >= 18)

printf("You can Vote!");

else

printf("You cant Vote!");

return 0;

}

OUTPUT

Program Output : Run 1

Enter age : 20
You can Vote!

Program Output : Run 2

Enter age : 18
You can Vote!

Program Output : Run 3

Enter age : 17
You can't Vote!

Uses of the C Programming Language

Procedural Language: The execution of the instructions present in a C program happens step by step.
Speed: The C language is much faster as compared to a majority of the programming languages, such as Python, Java, and many more.
Portable: A C program can be moved from any given platform to another one, and we can also run it on that platform without any of the charges.
General Purposes: We can use the C programming language for developing operating systems, databases, embedded systems, etc.

Conclusion

know how to use the Microsoft word, excel, and powerpoint and I know the functions in
all those software to teach efficiently and effectively.

· Arrays in C are derived data types containing similar data-type elements.

In one-dimensional arrays in C, indexing starts from 0 and ends at size-1, and if we try to access an element out of range, it will return garbage value.
We must include a data type, variable name for array, and array size in square brackets while declaring one-dimensional arrays in C.
One-dimensional arrays in C can be initialized statically (during compile-time) or dynamically (during runtime).
All the elements of an array are stored at contiguous memory locations, and therefore, we can access them using their unique index number.

So, in this article, we discussed two-dimensional arrays in C, how we can perform various operations as well as its application in matrix addition. For any further questions feel free to use the comments.

Report on Inter/Intra Internship

Microsoft Office Common Applications

How to open MS Word?

Features of MS Word

Introduction to MS-Excel

Creating a new spreadsheet:

Opening previous spreadsheet:

Managing the spreadsheets:

To save the workbook:

To share your workbook:

Ms-Excel shortcuts:

How to open MS PowerPoint

Creating a Presentation

Saving a Presentation

Basic Elements of a PowerPoint Window/Slide

Concept of Slide Shows

Sample Questions

Introduction C Programming Language

Structure of the C program

One Dimensional Array

Definition

One Dimensional Array

Browse more Topics under Structured Data Type

Input Elements in a 1D Array

1. Direct Initialization

2. User Input Method

Accessing 1D Array Elements

2. User Input Method

Accessing 1D Array Elements

Manipulation of 1D Array Elements

50

Application of C

Passing 2-D Array to a Function

1. program to determine whether the student is pass or fail

2. Write a C Program to check whether a Person is eligible to Vote or not

#include <stdio.h> int main(){int age;printf("Enter age : ");if (age >= 18)printf("You can Vote!");elseprintf("You cant Vote!"); return 0;}

OUTPUT

Program Output : Run 1

Enter age : 20You can Vote!

Program Output : Run 2

Enter age : 18 You can Vote!

Program Output : Run 3

Enter age : 17You can't Vote!

Uses of the C Programming Language

Conclusion

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#include <stdio.h>
int main()
{
int age;
printf("Enter age : ");
if (age >= 18)
printf("You can Vote!");
else
printf("You cant Vote!");

return 0;
}

Enter age : 20
You can Vote!

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