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GNDU Question Paper-2023
Bachelor of Business Administration
B.B.A 1
st
Semester
Computer Application for Business-I
Time Allowed: Three Hours Maximum Marks: 100
Note: Attempt Five questions in all, selecting at least One question from each section. The
Fifth question may be attempted from any section. All questions carry equal marks.
SECTION-A
1. Explain the role of each of major components of Computer system.
2. Explain any four storage devices with their pros and cons.
SECTION-B
3. Which are various functions of an OS? Which are different types of OS?
4. Explain any four internal and any four external commands of DOS with examples.
SECTION-C
5. Which are various options that you can set while printing your document to MS-Word?
6. Write note on the following with reference to MS-Word:
(a) Indents and Outdents
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(b) Book marks
(c) Inserting files.
SECTION-D
7. How can you create Graph in MS-Excel? Which are different types of Graphs available in
MS-Excel? Give examples.
8. Which are different views of slides in MS-Power point?
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GNDU Answer Paper-2023
Bachelor of Business Administration
B.B.A 1
st
Semester
Computer Application for Business-I
Time Allowed: Three Hours Maximum Marks: 100
Note: Attempt Five questions in all, selecting at least One question from each section. The
Fifth question may be attempted from any section. All questions carry equal marks.
SECTION-A
1. Explain the role of each of major components of Computer system.
Ans: The Magical City Inside Your Computer
Imagine for a moment that your computer is not just a box of circuits and chips, but a giant
magical city, where different departments work together day and night to get things done.
Every click you make, every key you press, sends a ripple of instructions through this
bustling city.
In this city, each department has a unique role. Without one, the city might slow down, get
confused, or even stop working entirely. These departments are what we call the major
components of a computer system — and just like in any good city, cooperation is the key to
success.
Let’s take a tour and meet these important members.
1. Input Unit – The Gate to the City
Think of the Input Unit as the grand entrance to the city. It’s like a massive gate where all
the visitors (data and instructions) arrive. This is where you, the user, communicate with the
computer.
When you type on the keyboard, click with a mouse, scan a document, or speak into a
microphone — you are sending information through the Input Unit. Its main job is:
• Accepting data from the outside world (you).
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• Converting it into a language the computer understands (binary code).
• Sending it forward to the central part of the city for processing.
Example:
When you search for “What is the weather today?” on Google, your keyboard or voice
command acts as the input device, sending that question to the computer in a language it
can process.
2. Central Processing Unit (CPU) – The Mayor’s Office
The CPU is like the mayor’s office in the city — where all major decisions are made and
where plans are executed. It’s often called the brain of the computer because nothing
happens without its permission.
The CPU has two main helpers:
a) Control Unit (CU) – The City Planner
The CU acts like the city planner who directs traffic. It doesn’t do the heavy lifting itself, but
it tells every other part what to do and when.
• It reads the instructions.
• Decides the sequence of actions.
• Ensures all parts are working together smoothly.
b) Arithmetic and Logic Unit (ALU) – The Problem Solver
The ALU is like the problem-solving department. Whether it’s adding numbers, comparing
two values, or making logical decisions, the ALU handles it.
• Arithmetic operations: Addition, subtraction, multiplication, division.
• Logic operations: Checking if something is greater than, equal to, or less than
another.
Story Moment:
Think of the CPU as a very smart chef in a busy kitchen. The CU is the chef’s mind, deciding
what dish to make first, and the ALU is the chef’s hands, chopping, mixing, and cooking
ingredients. Without both working together, the kitchen (computer) would be in chaos.
3. Memory Unit – The City’s Library
Every city needs a library to store knowledge. In the computer city, the Memory Unit is that
library.
It stores:
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• Data (like raw ingredients).
• Instructions (like recipes).
• Results (like the finished dishes).
The Memory Unit comes in two main forms:
a) Primary Memory (RAM & ROM)
• RAM (Random Access Memory): This is the quick-access bookshelf where frequently
needed data is kept while the computer is running. It’s fast, but temporary — the
moment power is off, RAM forgets everything.
• ROM (Read Only Memory): This is a permanent book containing essential startup
instructions for the computer. Even if the power goes off, ROM remembers
everything.
b) Secondary Storage
This is like a huge warehouse where all your documents, pictures, videos, and programs are
stored long-term. Examples: hard drives, SSDs, DVDs, and USB drives.
4. Output Unit – The City’s Loudspeaker and Display Boards
Once the city processes your request, it needs a way to share the result with you. That’s
where the Output Unit comes in.
• Function: It takes processed data from the CPU and converts it into a human-
readable form.
• Examples:
o Monitors (display text, images, videos).
o Printers (give you physical copies).
o Speakers (play audio output).
Example in Action:
When you search for “Weather in Delhi” and get a screen showing “27°C, Sunny,” your
monitor is the output device showing the processed result.
5. Storage Unit – The City’s Archives
Although it is often discussed under memory, the Storage Unit deserves its own mention.
Think of it as the city’s archives where every record, past or present, is kept safe for future
use.
There are two key types:
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• Primary Storage (fast but temporary, like RAM).
• Secondary Storage (slower but permanent, like hard drives).
Modern computers also use cloud storage — think of it as sending your records to a secure
building in another city that you can access anytime via the internet.
6. Communication Channels – The City’s Postal Service
No city can function without a postal or transport system. In a computer, the
communication channels (also called buses) carry data between components.
Types of buses:
• Data Bus – Transfers actual data.
• Address Bus – Tells where the data should go.
• Control Bus – Sends control signals.
Without these, it would be like having buildings in a city with no roads connecting them —
complete chaos!
How They All Work Together
Let’s see what happens when you ask your computer to play your favorite song:
1. Input Unit – You click the “Play” button on your music player.
2. Control Unit – Reads this instruction and tells the ALU and Memory what to do.
3. Memory Unit – Finds the song file from storage.
4. ALU – Processes any needed calculations (like volume adjustments).
5. Output Unit – Sends the music to your speakers.
It’s a perfect chain reaction — like a well-organized city festival where everyone plays their
part.
Why Each Component is Important
• Without the Input Unit, you couldn’t talk to the computer.
• Without the CPU, there would be no decision-making.
• Without the Memory Unit, there would be nothing to remember.
• Without the Output Unit, you’d never see results.
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• Without Communication Channels, all parts would be isolated.
Final Thoughts
A computer system is like a perfectly balanced city — every part has its duty, and when they
all work together, you get the magic of computing. Whether you’re playing a game, making
a spreadsheet, editing a photo, or just browsing the internet, these components silently
coordinate in microseconds to make your digital life possible.
And perhaps the most fascinating part? This entire city runs not on people but on billions of
tiny electronic signals moving at the speed of light — turning our clicks, taps, and words into
something meaningful.
2. Explain any four storage devices with their pros and cons.
Ans: Four Storage Devices – Explained Like a Journey Through a Digital Warehouse
Imagine you are visiting the biggest warehouse in the world — but this is no ordinary
warehouse. Instead of boxes, clothes, or furniture, it stores something even more valuable:
data. Photos from last year’s trip, your school assignments, movies, music, software —
everything is stored here. The warehouse is divided into different sections, each having its
own special type of storage device.
Let’s take a tour and meet four of the most important “rooms” in this digital warehouse.
Each room has its own personality, strengths, and weaknesses. By the end, you’ll know
exactly what makes them unique.
1. Hard Disk Drive (HDD) – The Old but Reliable Worker
Story Moment: Think of the HDD as the old, experienced worker in the warehouse. He has
been storing goods for decades. He may not be the fastest runner, but he never fails to find
a box you need.
Explanation:
The Hard Disk Drive is one of the most common storage devices in computers. Inside it,
there are spinning disks (called platters) that store data magnetically. A small arm with a
read/write head moves across the disk to read or write information — much like how a
record player works.
Pros:
• Large Storage Capacity: Can store terabytes of data at a relatively low cost.
• Cost-Effective: Cheaper per gigabyte compared to newer technologies.
• Long Lifespan: If handled well, HDDs can work for years.
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Cons:
• Slower Speed: Reading and writing data is slower compared to Solid State Drives
(SSDs).
• Fragile: Sensitive to shocks or drops because of moving parts.
• Noisy: The spinning and movement can produce a faint sound.
Verdict: HDDs are like big warehouses with lots of space — great for bulk storage, but not
the best for quick access.
2. Solid State Drive (SSD) – The Speedy Newcomer
Story Moment: If HDD is the old, wise worker, SSD is the young, energetic intern. He runs
across the warehouse in seconds, delivering anything you need almost instantly.
Explanation:
The Solid State Drive stores data in flash memory chips, with no moving parts at all. This
makes it faster and more durable than HDDs. It’s like replacing the record player in HDD
with a super-fast memory card.
Pros:
• Super Fast Speed: Boots computers and loads programs in seconds.
• Durable: Can handle shocks and drops better since it has no moving parts.
• Quiet: Completely silent in operation.
Cons:
• Costly: More expensive per gigabyte than HDDs.
• Limited Write Cycles: Flash memory wears out after a certain number of writes
(though modern SSDs last many years).
• Lower Storage (for same price): Usually smaller in capacity compared to HDDs for
the same budget.
Verdict: SSDs are like express couriers — quick and efficient but cost more for the same
amount of space.
3. USB Flash Drive – The Portable Messenger
Story Moment: Picture a warehouse worker who doesn’t stay inside at all. Instead, they
carry small packages directly to people’s homes, schools, or offices — that’s your USB flash
drive.
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Explanation:
A USB Flash Drive is a small, portable storage device that connects via a USB port. It uses
flash memory, similar to an SSD, but is much smaller and meant for easy transport.
Pros:
• Highly Portable: Fits in your pocket or on a keychain.
• Easy to Use: Just plug it in and start transferring files.
• Durable: Resistant to physical shocks.
Cons:
• Limited Storage: Usually ranges from a few gigabytes to a few terabytes.
• Easy to Lose: Small size means it can be misplaced easily.
• Not Ideal for Long-Term Storage: Data can degrade over many years if unused.
Verdict: USB flash drives are like handy personal couriers — great for quick transfers but not
meant to store the entire warehouse.
4. Optical Discs (CD/DVD/Blu-ray) – The Archivist
Story Moment: Imagine an old library section of the warehouse where data is stored in
shiny discs. The archivist here carefully writes and reads information using a laser.
Explanation:
Optical discs like CDs, DVDs, and Blu-ray discs store data using tiny pits burned into the
surface by a laser. They are read by shining another laser onto the surface and detecting the
reflections.
Pros:
• Good for Long-Term Storage: Properly stored discs can last decades.
• Portable: Easy to carry and share.
• Inexpensive: Cheap to produce and distribute.
Cons:
• Limited Capacity: CDs hold about 700MB, DVDs about 4.7GB, and Blu-ray discs up to
100GB.
• Slow Access Speed: Reading and writing take more time compared to USB or SSD.
• Easily Damaged: Scratches and dust can make them unreadable.
Verdict: Optical discs are like old archives — great for keeping safe copies of important files,
but not very convenient for everyday work.
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Bringing It All Together – The Warehouse Lesson
Now that we’ve toured the four main rooms of our digital warehouse, here’s the bigger
picture:
Storage
Device
Best For
Main Strength
Main Weakness
HDD
Bulk storage on a
budget
Large capacity at low
cost
Slow and fragile
SSD
Fast performance
High speed and
durability
More expensive
USB Flash
Drive
Easy file sharing
Portable and
convenient
Limited capacity
Optical Disc
Archiving important
data
Long-lasting storage
Small capacity &
fragile
Final Story Wrap-Up:
Imagine you are the owner of this warehouse. You wouldn’t rely on just one worker — you’d
hire a mix. The HDD would handle the massive, low-cost storage section, the SSD would be
in charge of urgent deliveries, the USB flash drive would move files from one place to
another, and the optical discs would preserve your most valuable records for the future.
In the digital world, we do the same thing — we mix storage devices depending on our
needs. This balance keeps our data safe, accessible, and affordable.
SECTION-B
3. Which are various functions of an OS? Which are different types of OS?
Ans: The World Behind Your Screen – Understanding the OS
Imagine this – you just pressed the power button of your computer or mobile phone. The
screen lights up, the logo appears, and in a few seconds, you are ready to open apps, play
games, watch videos, or do assignments.
But have you ever wondered – what magical creature is working inside the device to make
everything run so smoothly?
That magical creature is not really magic – it’s your Operating System (OS).
Think of the OS as a super-intelligent hotel manager. The hotel is your computer. There are
many guests (applications) who need rooms (memory), electricity (processing power), and
food (data). Without the manager, guests would fight for resources, get lost in the hotel, or
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mess up everything.
The OS manages, organizes, and controls everything in your device – silently and efficiently.
Part 1: Various Functions of an Operating System
The OS performs many jobs at the same time. Let’s explore its key functions like chapters in
a story.
1. Process Management
Every task you do on a computer – opening a browser, playing music, or writing in Word – is
called a process.
The OS’s job is to:
• Create processes when you start a task.
• Manage their execution.
• Stop or suspend them when required.
• Share CPU time among multiple processes.
Example: You’re typing a report while listening to music. Without the OS managing both
tasks, your music would stop every time you typed a word.
2. Memory Management
The memory (RAM) is like the working table where all active tasks are placed. The OS
decides:
• Which program gets how much memory.
• Where each program will be stored.
• When to move data between RAM and storage.
Story Moment: Imagine you have one study desk and five books to read. If you try to keep
all of them open on the table, it becomes a mess. The OS acts like a helper who keeps only
the required books on the desk and moves others to the shelf when not in use.
3. File Management
All your documents, songs, videos, and apps are stored in files. The OS:
• Creates, reads, writes, and deletes files.
• Organizes them into folders.
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• Manages file permissions (who can open or edit them).
Example: When you click “Save” in MS Word, it’s the OS that actually stores the file on your
hard drive and remembers where it’s kept.
4. Device Management
Your computer has many devices – keyboard, mouse, printer, speakers, hard drive, etc. The
OS:
• Acts as a translator between the user and the hardware.
• Uses special software called device drivers to control hardware.
• Allocates devices to processes and prevents conflicts.
Example: If two programs try to use the printer at the same time, the OS decides the order
and avoids chaos.
5. Input/Output (I/O) Management
The OS handles the flow of data between the CPU, memory, and input/output devices. It
ensures:
• Input is read correctly (keyboard, mouse, touchscreen).
• Output is sent correctly (monitor, printer, speakers).
• Data transfer is smooth and without errors.
6. Security and Access Control
The OS protects your computer from unauthorized access and threats by:
• Requiring passwords, PINs, or biometric authentication.
• Controlling which files a user can open or modify.
• Using firewalls and antivirus integration.
7. Networking
In a connected world, OS networking functions allow computers to communicate over the
internet or local networks. It:
• Manages network connections.
• Controls data transfer between devices.
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• Supports sharing of resources like printers or files.
8. User Interface Management
The OS provides a way for you to interact with the computer:
• GUI (Graphical User Interface): Icons, menus, and windows (e.g., Windows, macOS).
• CLI (Command Line Interface): Text-based commands (e.g., Linux terminal).
Without this interface, you would be staring at a blank screen, not knowing what to do.
9. Error Detection and Handling
The OS constantly checks for errors in hardware and software:
• Detects problems like printer jams, missing files, or memory errors.
• Tries to fix them or informs the user.
10. Resource Allocation
The OS ensures fair sharing of CPU time, memory, storage, and devices among different
users or programs.
Part 2: Different Types of Operating Systems
Operating systems are not all the same. Different devices and needs require different types.
Let’s go through the major ones.
1. Batch Operating System
• How it works: Users prepare their jobs (programs + data) and submit them to the
computer in batches. The OS processes them one after another without user
interaction.
• Use: Early computers (1960s–70s) for payroll, billing, etc.
• Example: IBM’s early batch systems.
2. Multiprogramming Operating System
• How it works: Multiple programs are kept in memory, and the CPU switches
between them to keep the system busy.
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• Advantage: Better utilization of CPU.
• Example: Early UNIX systems.
3. Multitasking Operating System
• How it works: Lets you run multiple tasks at the same time.
• Example: Using Word, Chrome, and Spotify together on Windows.
4. Time-Sharing Operating System
• How it works: CPU time is divided into small slices and shared among multiple users
or tasks.
• Example: Mainframes in universities or research labs.
5. Real-Time Operating System (RTOS)
• How it works: Responds to inputs instantly, without delays.
• Use: Air traffic control, robotics, medical devices.
• Example: VxWorks, QNX.
6. Distributed Operating System
• How it works: Connects multiple computers to work as one system, sharing
resources and tasks.
• Example: LOCUS, Amoeba.
7. Network Operating System
• How it works: Manages data, users, and devices in a network.
• Example: Windows Server, Novell NetWare.
8. Mobile Operating System
• Designed for: Smartphones and tablets.
• Example: Android, iOS.
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9. Embedded Operating System
• How it works: Runs on small machines with limited resources.
• Example: OS in washing machines, microwaves, or ATMs.
Mini Story to Connect Everything
Think of your computer as a busy city:
• The OS is the mayor who manages traffic (process management), allocates land
(memory), protects citizens (security), and ensures communication (networking).
• Different cities have different governing styles – some are fast and strict (RTOS),
some are relaxed and handle many tasks at once (multitasking OS), and some are
small villages where only one job is done at a time (batch OS).
Without a mayor, the city would fall into chaos – just like your computer without an
OS.
Conclusion
The operating system is the heart and brain of a computer system.
It performs critical functions such as process management, memory allocation, file handling,
device control, security, networking, and providing a user interface.
Depending on the needs – speed, multitasking, mobility, or networking – different types of
OS are used, from batch systems of the past to mobile OS in our pockets today.
Just as a hotel cannot function without a manager and a city cannot run without a mayor,
our devices cannot operate without the silent hero – the Operating System.
4. Explain any four internal and any four external commands of DOS with examples.
Ans: Imagine you’ve just stepped into a time machine and landed in the early 1990s. There
are no touchscreens, no fancy icons to click, and definitely no voice assistants like me.
Instead, you’re looking at a black screen with a blinking white cursor.
You’re told, “If you want the computer to do anything, you have to talk to it… in its
language.” That language is DOS (Disk Operating System). But here’s the twist—DOS doesn’t
understand sentences like “open my game” or “play music.” Instead, it listens for
commands.
These commands are like magic spells: some are always ready inside the computer (internal
commands), while others live in separate files and are called only when needed (external
commands).
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Let’s dive into both, but with the mindset of an explorer who’s just discovered an ancient
treasure map.
Imagine you’ve just stepped into a time machine and landed in the early 1990s. There are
no touchscreens, no fancy icons to click, and definitely no voice assistants like me. Instead,
you’re looking at a black screen with a blinking white cursor.
You’re told, “If you want the computer to do anything, you have to talk to it… in its
language.” That language is DOS (Disk Operating System). But here’s the twist—DOS doesn’t
understand sentences like “open my game” or “play music.” Instead, it listens for
commands.
These commands are like magic spells: some are always ready inside the computer (internal
commands), while others live in separate files and are called only when needed (external
commands).
Let’s dive into both, but with the mindset of an explorer who’s just discovered an ancient
treasure map.
Understanding Internal and External Commands
Before we start naming them, think of the commands as two types of tools:
1. Internal Commands – These are like tools you always carry in your pocket. They’re
built right into the main DOS program (COMMAND.COM). They don’t need extra files
to run.
2. External Commands – These are special tools stored in separate boxes (files on the
disk). You use them only when you fetch their files from storage.
Part 1: Four Internal Commands (The Pocket Tools)
1. DIR (Directory Command)
Purpose: Lists the files and folders in the current directory.
Example:
DIR
This shows all files and folders in your current location.
Story Moment:
Imagine you’re in a library with no catalog. You say to the librarian, “Show me all the books
here.” That’s exactly what DIR does—it gives you the complete list.
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Extra Tip:
You can also use:
DIR /P
This shows the list page by page.
2. COPY
Purpose: Copies a file from one location to another.
Example:
COPY NOTES.TXT D:\BACKUP
This takes NOTES.TXT and puts a copy in the D:\BACKUP folder.
It’s like taking your favorite notebook and photocopying it for safekeeping.
3. DEL (Delete)
Purpose: Deletes one or more files.
Example:
DEL OLD.TXT
This erases OLD.TXT from your current location.
Just like throwing away an unwanted paper, but remember—DOS’s delete doesn’t have a
“Recycle Bin.” Once gone, it’s gone.
4. REN (Rename)
Purpose: Changes the name of a file.
Example:
REN DATA.TXT REPORT.TXT
This changes the file name from DATA.TXT to REPORT.TXT.
Think of it like changing the label on a jar—you’re not changing what’s inside, just how it’s
called.
Part 2: Four External Commands (The Stored Tools)
1. FORMAT
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Purpose: Prepares a storage device (like a hard drive or USB) for use by erasing everything
and setting it up for storing files.
Example:
FORMAT D:
This formats the D: drive.
It’s like cleaning a chalkboard before writing a fresh lesson.
2. CHKDSK (Check Disk)
Purpose: Checks a disk for errors and shows its status.
Example:
CHKDSK C:
This checks the C: drive and reports space, errors, and other details.
It’s like asking a doctor for a health report of your disk.
3. XCOPY
Purpose: Copies entire folders, including all subfolders and files.
Example:
XCOPY C:\PROJECT D:\BACKUP /E
This copies everything in the PROJECT folder (and subfolders) to D:\BACKUP.
Imagine packing an entire wardrobe into boxes and moving it elsewhere—XCOPY is your
moving truck.
4. DISKCOPY
Purpose: Copies the entire contents of one floppy disk to another.
Example:
DISKCOPY A: B:
This copies everything from drive A: to drive B:.
In the floppy disk era, this was like cloning one disk into another.
Why Internal and External Commands are Different
• Internal commands are always ready in memory—fast and instant.
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• External commands need their file present on disk; if the file is missing, the
command won’t work.
Think of it like this:
• Internal commands = Tools in your backpack, always with you.
• External commands = Tools stored in your garage—you have to fetch them before
use.
Quick Comparison Table
Type
Example
Command
Stored Where
Needs Extra
File?
Main Use
Internal
DIR
COMMAND.COM
No
Shows list of
files/folders
Internal
COPY
CbOMMAND.COM
No
Copies files
Internal
DEL
COMMAND.COM
No
Deletes files
Internal
REN
COMMAND.COM
No
Renames files
External
FORMAT
FORMAT.COM/EXE
Yes
Formats a disk
External
CHKDSK
CHKDSK.COM/EXE
Yes
Checks disk health
External
XCOPY
XCOPY.EXE
Yes
Copies entire
directories
External
DISKCOPY
DISKCOPY.COM
Yes
Copies one disk to
another
Another Mini-Story to Remember the Difference
Think of DOS as a traveler named “Mr. Command.” He has two sets of tools:
• In his pocket (internal commands): always ready to help, no matter where he is. He
can show you a list (DIR), rename something (REN), copy (COPY), or throw away
items (DEL).
• In his garage (external commands): big tools that can’t be carried around all the
time. If he needs to format a drive (FORMAT), check its health (CHKDSK), move
entire buildings of files (XCOPY), or duplicate a disk (DISKCOPY), he goes back home
to get them.
This way, you can always remember—internal = in the pocket, external = in the garage.
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Final Thoughts
Understanding these commands isn’t just about passing exams—it’s about appreciating how
early computers worked without fancy interfaces. Back then, these commands were the
only way to “talk” to the machine.
Even today, the logic behind them forms the foundation of how operating systems handle
files and storage. In fact, many commands still exist in modern systems like Windows
PowerShell or Command Prompt.
So, the next time you see a black screen with a blinking cursor, you’ll know exactly what to
say—whether it’s an internal “pocket tool” or an external “garage tool.” And that’s the
charm of DOS—it’s simple, powerful, and full of history.
SECTION-C
5. Which are various options that you can set while printing your document to MS-Word?
Ans: A short print-room story
The bell had just rung when Rhea slipped into the college print room, clutching her Word
document like a treasure map. She wasn’t scared of the essay—she’d crafted it carefully.
What worried her was the Print window: so many choices, so little time. The lab assistant
smiled and said, “Think of printing like packing your bag for a trip. You decide what to take,
how to arrange it, and which bag to carry.” Rhea glanced at the screen. Suddenly, the
options began to make sense: choose the printer (the “bag”), pick the pages and copies (the
“things”), set the layout (the “folding”), and fine-tune extras (the “zipper pockets”). She
walked out with crisp, double-sided pages, margins aligned, comments hidden—exactly
what her professor wanted.
Getting to the print settings
• Open print pane: File > Print (or press Ctrl + P). This opens Word’s Print pane with a
live preview so you can see what your choices will look like.
• Two layers of options: Word’s own Settings (what/which pages, sides, layout,
scaling) and your printer’s Properties (paper type, color/B&W, quality, stapling).
You’ll usually adjust Word Settings first, then tap Printer Properties for device-
specific details.
• Preview as guide: The right-side preview updates instantly. If the preview looks
wrong, the print will too—fix it here before wasting paper.
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Core print options you’ll use every day
• Printer selection: Choose the target—physical printer, “Microsoft Print to PDF,” or
any installed PDF/virtual device.
o Why it matters: Different printers support different features (automatic
duplex, color, stapling). Picking the right one unlocks the right options.
• Copies and collation: Set the number of copies, then choose Collated or Uncollated.
o Collated: Prints 1-2-3, 1-2-3 for multi-page sets—perfect for handouts.
o Uncollated: Prints 1-1-1, 2-2-2—useful if you plan to sort/staple later.
• Orientation: Portrait or Landscape.
o Tip: If a wide table runs off the edge in Portrait, switch to Landscape or
reduce scale.
• Paper size: Commonly A4 or Letter; match your paper tray to avoid clipping or
unexpected scaling.
o Scale to paper size: Word can scale your content if your doc is set to one size
and the printer has another (e.g., Letter to A4).
• Margins at print time: Quick picks like Normal, Narrow, or Custom Margins. While
margins are a page layout choice, the Print pane lets you adjust them last-minute.
• Pages per sheet: Print 2, 4, 6, 8, or 16 pages on one sheet—great for drafts or study
notes.
o Heads-up: Text becomes small; ensure readability before committing to a big
run.
Choosing exactly what to print
• All pages vs. specific range: Print All Pages, Current Page, or a Custom Range.
o Custom Format: Enter ranges like 2-5, 7, 10-12 (commas for splits, hyphens
for ranges).
o Sections: If your document has sections, you can target them (e.g., s1, s3) or
combine (p2s1-p3s2).
• Selection only: Highlight any text in the doc, then choose Print Selection to print just
that chunk—perfect for a single chapter or a table.
• Odd/even pages: Useful for manual duplexing if your printer doesn’t support
automatic two-sided printing.
o Manual duplex workflow: First print Odd Pages, flip the stack as your printer
requires, then print Even Pages.
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• Print what (document vs. extras):
o Document: The default—prints your content as it appears.
o Document with markup: Includes Track Changes, comments, and revision
marks.
o List of markup: Some versions let you print a summary of changes or
comments separately—useful for review meetings.
o Styles or key assignments: Advanced outputs that list formatting styles or
keyboard shortcuts—helpful for documentation or audits.
• Print hidden text: If you’ve used hidden text, Word can include or exclude it based
on your Display options.
o Check Word Options > Display: Toggle “Print hidden text” if you rely on
hidden notes.
• Headers/footers and page numbers: Printed by default if present; ensure they’re in
the document. Use Print Preview to confirm correct placement and no clipping.
Paper handling and layout finesse
• Duplex (two-sided) printing:
o Automatic duplex: “Print on Both Sides” if your printer supports it.
o Manual duplex: “Manually Print on Both Sides”—Word will guide you to
reinsert paper.
o Edge flip: Long-edge vs. short-edge flip determines how pages turn—choose
correctly to avoid upside-down backs.
• Scaling and fitting:
o Fit to page: Shrink content so nothing gets cut off.
o Scale to paper size: Convert Letter to A4 or vice versa without reformatting
the document.
o No scaling: Respect original sizing—ideal for exact layouts.
• Booklet (book fold):
o Setup: Page Setup > Margins > Multiple Pages: Book fold, then print double-
sided.
o Use case: Programs, mini-books, manuals that fold down the middle into a
booklet.
• Multiple pages per sheet:
o 2-up/4-up: Saves paper and creates compact study sheets.
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o Order and direction: Ensure page order matches how you plan to read;
preview helps catch a zig-zag sequence.
• Paper source and type:
o Trays: Select Letterhead for the first page and Plain for subsequent pages if
your printer and document require it.
o Paper type: Plain, heavy, glossy—affects ink/toner and speed; set in Printer
Properties for best results.
• Gutter and binding:
o Gutter margin: Adds extra space for binding on the left or top (for
portrait/landscape respectively).
o Mirror margins: For duplex documents that will be bound—left and right
margins swap on odd/even pages.
• Color vs. grayscale:
o Color: True color output if the printer supports it.
o Grayscale/B&W: Saves costs; ensure charts remain readable—consider
patterns or labels instead of relying on color alone.
• Print quality (dpi):
o Draft/Standard/High: Draft for quick checks, High for final submissions with
fine details or images.
o Trade-off: Higher quality uses more ink/toner and takes longer.
Markup, background, and advanced choices
• Track Changes and comments:
o Document only: Hides markup for a clean final print—switch to “No
Markup.”
o Document with markup: Shows insertions/deletions, balloons, and
comments—use “Simple Markup” or “All Markup” depending on detail
needed.
o Print comments on a separate page: Some configurations allow comment
summaries to save page space.
• Print background colors and images:
o Off by default: To save ink/toner.
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o Enable if needed: Word Options > Display > “Print background colors and
images.” Useful for certificates, letterheads designed in Word, or branded
pages.
• Fields and document info:
o Update fields before printing: Page numbers, Table of Contents, cross-
references can be refreshed automatically so they reflect the latest edits.
o Document properties: You can print a sheet of metadata (title, author, word
count) for records, if required.
• Content control printing:
o Forms and checkboxes: Ensure checkboxes and form content appear
correctly—test a single page if the form uses special fonts or symbols.
• Hidden and draft content:
o Draft output: Faster, lighter print for proofing; may skip graphics.
o Hidden text: Toggle as needed so study notes don’t sneak onto final copies.
• Printer-specific features (via Printer Properties):
o Stapling and hole-punch: Office printers can staple automatically; choose
corner or side.
o Watermarks: Some drivers add watermarks (e.g., “CONFIDENTIAL”) at print
time.
o Secure print: Requires a PIN at the printer to release your job—great for
sensitive documents.
6. Write note on the following with reference to MS-Word:
(a) Indents and Outdents
(b) Book marks
(c) Inserting files.
Ans: A corridor noticeboard story
On the first day of the inter-college festival, Mira was tasked with turning a messy pile of
announcements into a neat corridor noticeboard. Some lines had to start a little in, some
titles needed to stick out boldly, she pinned colored tabs to jump straight to “Dance,”
“Debate,” or “Drama,” and—when more updates arrived—she slipped new sheets right into
the right places without redoing the whole board. Later, as she typed her report in
MS-Word, she realized: the tricks of that noticeboard are exactly what Word gives you—
indents to control where lines begin, bookmarks to jump with precision, and “insert file” to
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stitch fresh pages into a living document. Let’s turn your Word doc into Mira’s polished
board.
Indents and outdents in Word
Indents decide how far in from the margins your text begins. Outdents, their cheeky cousins,
nudge part of your text leftward, even outside the usual start line. Get these right, and your
pages instantly look professional and easy to scan.
What indents are and why they matter
• Left indent: Moves the entire paragraph inward from the left margin.
o Use it when: You want a block quote, a nested bullet level, or to visually
group related text.
• Right indent: Moves the paragraph inward from the right margin.
o Use it when: You need narrow text columns, side notes, or to keep lines away
from a page edge or graphic.
• First-line indent: Only the first line starts further in; the rest stay at the left indent.
o Use it when: Writing essays or reports where each new paragraph needs a
clear visual start.
• Hanging indent: The first line stays at the left indent, and the remaining lines move
inward.
o Use it when: Formatting bibliographies, references, or long bullet/numbered
items so the labels stand out.
What outdents are (and where they show up)
• Outdent (negative indent): Part of a paragraph sticks left of the main text area. In
Word, you create this by setting a negative value for the left or first-line indent.
o Use it when: Making pull quotes or bold labels that “poke” into the margin,
or when you want the first line of a citation to protrude for emphasis.
• Hanging-indent as practical outdent: Often, people call the first line “outdented”
because it sticks out relative to the rest of the paragraph. It’s not outside the margin,
but it is visually outside the block of wrapped lines—perfect for references.
How to set indents quickly
• Ribbon buttons:
o Increase/Decrease Indent: Home tab > Paragraph group. Quick for everyday
nesting and outlining.
• Keyboard shortcuts:
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o Increase left indent: Ctrl + M
o Decrease left indent: Ctrl + Shift + M
o Increase hanging indent: Ctrl + T
o Decrease hanging indent: Ctrl + Shift + T
• Ruler handles (precise and visual):
o First-line triangle (top): Drag to adjust only the first line.
o Hanging triangle (bottom): Drag to set the indent for all lines after the first.
o Rectangle (beneath): Moves the entire paragraph block (first line and body)
together.
• Paragraph dialog (most control):
o Open: Right-click a paragraph > Paragraph > Indentation.
o Set: Left, Right, Special (First line or Hanging), and exact values in
centimeters/inches.
Smart uses and common pitfalls
• Smart uses:
o Block quotes: Left indent + sometimes right indent for a narrow, elegant
quotation.
o Bullets/numbering alignment: Use hanging indents so the text lines up
neatly after the bullet/number.
o Numbered legal/technical outlines: Combine left indents with hanging
indents for multi-level clarity.
• Avoid these pitfalls:
o Spaces for alignment: Don’t use spacebar or tabs to fake indents; they break
when text changes.
o Mixed methods: Ruler + dialog + tabs can collide. Pick one method per
paragraph style.
o Style drift: If multiple paragraphs need identical indents, bake them into a
style (e.g., “Quote,” “Bibliography”) and apply consistently.
Bookmarks in Word
Bookmarks are invisible anchors you place in a document so you—or your readers—can
jump exactly where you need. Think of them as the colored tabs Mira used on the
noticeboard: quick, precise, and tidy.
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What bookmarks do
• Invisible jump points: Mark a word, a selection, or a spot.
• Navigation: Go straight to a bookmark in long documents without hunting.
• Link targets: Hyperlinks, cross-references, and fields can point to bookmarks.
• Automation: Fields like INCLUDETEXT can pull in content by bookmark, assembling a
document from pieces.
How to create and manage bookmarks
• Create a bookmark:
o Select text or place the cursor where you want the bookmark.
o Insert tab > Links > Bookmark.
o Name it (start with a letter; avoid spaces—use underscores or camelCase).
o Add.
• Navigate to a bookmark:
o Insert > Bookmark > pick name > Go To, or
o Ctrl + G (Go To) > Bookmark > name.
• Rename or delete:
o Insert > Bookmark, choose it, Delete removes it. (To “rename,” create a new
one and delete the old.)
• Show hidden bookmarks (advanced):
o File > Options > Advanced > Show bookmarks.
o Word will display brackets around bookmarked text—handy for audits.
Practical uses you’ll love
• Reader-friendly links:
o Hyperlink to sections: Select text > Ctrl + K > Place in This Document > choose
the bookmark.
o Navigable PDFs: Exporting to PDF preserves bookmark targets for smooth
jumps.
• Form building:
o Bookmark answer zones: Then create cross-references that display those
values elsewhere, so changes propagate.
• Modular writing:
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o Assemble chapters: Use bookmarks in source files and pull them into a
master doc with fields, keeping each module maintainable.
Bookmark best practices
• Name clearly: Use patterns like Chap1_Overview, Fig3_Caption.
• Avoid overlapping: Overlapping bookmarks complicate updates and
cross-references.
• Pair with styles: Headings for structure, bookmarks for precision jumps inside or
between headings.
Inserting files in Word
Sometimes the smartest way to write is to assemble, not retype. Word lets you pull content
from other documents or objects, either as static copies or live links.
Insert text from another document
• Insert > Text > Object drop-down > Text from File.
o Pick the source file: Word, RTF, or compatible formats.
o Result: The content is inserted at the cursor as if pasted—styles, images, and
formatting come along.
• When to use:
o Combining chapters: Merge contributions from multiple authors.
o Appending templates: Drop a standard disclaimer, policy, or cover page into
various documents.
• Style conflicts (important):
o Same style name, different look: The destination’s style wins. If the source’s
Heading 1 looks different, it may change on insert.
o Workarounds:
▪ Paste options: After insertion, use the paste icon to try “Keep Source
Formatting.”
▪ Unique style names: Use project-specific style names (e.g.,
H1_Report) to avoid collisions.
▪ Use a template: Base all docs on the same template so styles match
by design.
• Page/section breaks:
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o Before inserting, place cursor where a section break makes sense: Especially
if the incoming content has different margins, orientation, or
headers/footers.
o Check headers/footers afterward: Section settings may carry over; decide if
you want to link to previous or start fresh.
Insert as an object (embed or link)
• Insert > Object > Object.
o Create from File: Choose a file to embed.
o Link to file: Keep a live link—updates in the source reflect in your document.
o Display as icon: Show a clickable icon instead of inlining the content.
• When to embed:
o Portability: Everything travels with the doc (no broken links).
o Archiving: Freeze a snapshot of the content at submission time.
• When to link:
o Living documents: Policies, price lists, or data sheets that update over time.
o Size control: Your Word file stays lighter; content remains in the original file.
• Cautions:
o Linked files require access: If you move or share the document without the
linked file, it won’t update or display fully.
o Version discipline: Agree on storage paths and names to avoid broken links.
Field-based assembly (power move without code)
• INCLUDETEXT field: Pulls content from another Word document, optionally by
bookmark.
o Why it’s great: You can build a master report that auto-updates from module
files.
o Workflow: Insert a field, specify the path and bookmark, and update fields
(Select All > F9) before finalizing.
o Tip: Keep a neat folder structure and consistent bookmarks so updates are
reliable.
Practical tips that make all three work together
• Use styles first, then indents:
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o Why: Styles ensure uniformity; indents within styles keep layout consistent
across the whole doc.
• Bookmarks + hyperlinks = friendly navigation:
o Use case: For a training manual, add “Back to Top” links at section ends that
point to a “Contents” bookmark.
• Insert files with boundaries:
o Add a page or section break first: Then insert the file to prevent
header/footer and margin chaos.
o Audit afterward: Scroll through to confirm numbering, headings, and
captions didn’t shift.
• Proof the structure:
o Reveal formatting: Check that intended indents are from paragraph settings,
not tabs/spaces.
o Navigation pane: If headings look off, fix styles before you bookmark or
assemble.
• One-page test before final merge:
o Dry run: Insert a smaller sample file to see how styles and sections behave.
Adjust, then insert the full content.
A tiny wrap-up tale
Right before submission, Mira noticed her bibliography looked crowded. Two keystrokes
gave it a clean hanging indent. She jumped back to a tricky table using a bookmark, updated
the linked appendix with a single refresh, and sent the document—calm, coherent, and
clearly structured. That’s the quiet power of Word’s trio: indents and outdents to sculpt the
page, bookmarks to fly across it, and file insertion to build it like a pro.
SECTION-D
7. How can you create Graph in MS-Excel? Which are different types of Graphs available in
MS-Excel? Give examples.
Ans: One day, in a busy school computer lab, a teacher gave her students a challenge:
"Take this boring table of numbers and make it so colorful and clear that even a small child
can understand it."
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Some students scratched their heads, others stared at the screen, but one student, Ananya,
smiled. She knew the magic tool that could turn dull data into something that looked alive
— Graphs in MS Excel.
And just like Ananya, you too can turn plain numbers into powerful visual stories. Let’s learn
how.
1. Understanding What a Graph Is
A graph is like a picture that explains numbers without making your brain do too much
math.
Instead of reading 20 rows of sales data, you can look at a colorful bar, line, or pie and
instantly get the message — “Oh, sales increased in March!”.
In MS Excel, graphs (or charts, as Excel calls them) help you present data in a way that’s
quick, clear, and attractive.
2. Steps to Create a Graph in MS Excel
Let’s walk through the exact steps — simple enough for even a first-time Excel user.
Step 1 – Enter Your Data
Before you can make a graph, Excel needs something to draw.
Example:
Month
Sales
Jan
5000
Feb
7000
Mar
9000
Apr
8000
Step 2 – Select the Data
Click and drag your mouse over the data you want to turn into a graph.
In our example, you’d select both columns (Month and Sales).
Step 3 – Go to the “Insert” Tab
At the top of Excel, you’ll find different tabs like Home, Insert, Page Layout…
Click Insert — this is where the magic happens.
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Step 4 – Choose Your Graph Type
You’ll see many options like Column, Line, Pie, Bar, etc.
Pick one that fits your data.
Step 5 – Customize the Graph
Once the graph appears, you can:
• Change the title
• Add labels to show values
• Change colors to make it attractive
• Adjust axis names for clarity
Step 6 – Save Your Work
After making the graph perfect, save the file so your masterpiece doesn’t vanish.
Tip: If you’re unsure which chart looks best, Excel has a “Recommended Charts” option
in the Insert tab that suggests the most suitable types for your data.
3. Different Types of Graphs in MS Excel
Excel offers many graph types, and each is useful for different situations.
Let’s break them down with examples.
1. Column Chart
• What it is: Vertical bars showing values for each category.
• Best for: Comparing values between different categories.
• Example: Comparing monthly sales of a shop from Jan to Dec.
• Story Use: Imagine you’re showing how many ice creams were sold each month —
the taller the bar, the more people enjoyed ice cream!
2. Bar Chart
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• What it is: Horizontal bars instead of vertical ones.
• Best for: Comparing categories when names are long.
• Example: Comparing population sizes of different countries.
3. Line Chart
• What it is: A continuous line showing how values change over time.
• Best for: Tracking trends.
• Example: Showing the rise and fall of temperatures during the year.
• Story Use: Think of it as a mountain trail showing how your journey went uphill and
downhill over time.
4. Pie Chart
• What it is: A circle divided into slices.
• Best for: Showing proportions or percentages.
• Example: Showing what percentage of a budget goes to rent, food, travel, etc.
• Extra Tip: Use only when you have a small number of categories (3–6 ideally).
5. Doughnut Chart
• What it is: Like a pie chart but with a hole in the middle.
• Best for: Showing proportions in a slightly fancier way.
6. Area Chart
• What it is: Like a line chart, but the area under the line is filled with color.
• Best for: Showing trends along with the magnitude.
• Example: Showing how rainfall changes over months.
7. Scatter (XY) Chart
• What it is: Dots placed based on two variables.
• Best for: Finding relationships or patterns between two factors.
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• Example: Showing the relationship between study time and exam marks.
8. Bubble Chart
• What it is: A scatter chart where dots are replaced with bubbles of different sizes.
• Best for: Showing three variables in one chart.
• Example: Comparing cities by population, income, and area size at the same time.
9. Radar Chart
• What it is: Looks like a spider web.
• Best for: Showing multiple features for each category.
• Example: Comparing the skills of different players in speed, strength, stamina, etc.
10. Combo Chart
• What it is: A mix of two chart types.
• Best for: Showing two different data sets together.
• Example: Monthly sales as a column chart and profit percentage as a line chart.
4. Choosing the Right Graph
Here’s a quick guide:
• Comparing things? Use Bar or Column.
• Changes over time? Use Line or Area.
• Percentages? Use Pie or Doughnut.
• Relationships? Use Scatter or Bubble.
5. A Small Story to Remember
Ananya’s project was about the canteen’s monthly earnings. She made:
• A Column Chart to compare each month’s sales
• A Pie Chart to show which snacks earned the most money
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When she showed it to the teacher, everyone instantly understood that samosas were the
top-selling snack and that March had the highest sales.
The teacher smiled and said, “Numbers tell a story, but graphs make that story
unforgettable.”
6. Why Graphs Are Important
• They save time — one glance can replace reading 100 numbers.
• They make presentations more engaging.
• They help in spotting patterns and trends.
• They make decision-making easier.
7. Final Summary
Creating a graph in Excel is like giving life to numbers.
You:
1. Enter data
2. Select it
3. Insert the desired chart
4. Customize it
5. Save and use it
With Excel’s wide range of graphs — Column, Bar, Line, Pie, Doughnut, Area, Scatter,
Bubble, Radar, and Combo — you can choose the perfect visual for your story.
Just remember: Good data + Right chart = Clear message.
Numbers may speak, but in Excel, graphs make them sing.
8. Which are different views of slides in MS-Power point?
Ans: A New Beginning – The Day Riya Became a Presentation Pro
Riya was a college student preparing for her final-year project presentation. She had worked
day and night to make her PowerPoint slides, but something was still bothering her. “Why
do my slides look messy when I’m editing them, but so different when I present them?” she
asked her teacher.
Her teacher smiled and replied, “Riya, that’s because you’re seeing your slides in only one
view. PowerPoint has different views for different purposes—like different lenses on a
camera. Each view helps you edit, organize, and present slides in the best way possible.”
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That day, Riya learned about the different views of slides in MS PowerPoint—and so will
you, through her journey.
What Are “Views” in PowerPoint?
Think of “views” as different rooms in a house. You might go to the living room to relax, the
kitchen to cook, and the study room to work. In the same way, in PowerPoint, you switch
between different views to:
• Create slides
• Arrange them in order
• Add notes
• Practice your presentation
• Or present them to an audience
Each view gives you a different perspective on your presentation.
Main Types of Views in PowerPoint
MS PowerPoint generally offers three main categories of views:
1. Normal View
2. Slide Sorter View
3. Reading View
4. Slide Show View
5. Notes Page View
6. Outline View (in some versions)
7. Master Views (Slide Master, Handout Master, Notes Master)
Let’s walk through them one by one—just like Riya explored them.
1. Normal View – The Creator’s Desk
When Riya first opened her PowerPoint file, she was in Normal View without even realizing
it.
• This is the default view when you start PowerPoint.
• It has three main sections:
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o The Slides Pane (on the left) shows mini versions (thumbnails) of your slides.
o The Main Slide Editing Area (in the middle) where you design and write
content.
o The Notes Pane (at the bottom) to add speaker notes.
Purpose: It’s the best view for creating and editing slides one by one.
Story Tip from Riya’s Experience: She realized that Normal View was like her study table—
where she wrote, drew, and added details to each page (slide) of her project.
2. Slide Sorter View – The Organizer’s Wall
Next, her teacher told her to click on Slide Sorter View. Suddenly, all her slides appeared as
small boxes spread across the screen.
• This view shows all slides at once in thumbnail form.
• You can drag and drop to change the order of slides.
• You can easily add transitions between slides here.
Purpose: It’s perfect for rearranging slides and getting an overall view of your presentation’s
flow.
Memory Tip: Riya imagined this like sticking printed photos on a wall to arrange them in the
right sequence for a storybook.
3. Reading View – The Quiet Practice Mode
When Riya clicked Reading View, her slides filled the screen—but not in full slide show
mode.
• It’s designed for reading through the presentation without switching completely to
Slide Show View.
• Navigation is simple with arrows or mouse clicks.
Purpose: Great for previewing the presentation quickly without going into a full-screen
show.
4. Slide Show View – The Final Stage Performance
When it was time for Riya’s project day, she used Slide Show View.
• This view shows slides in full screen exactly as the audience will see them.
• You can move forward using arrow keys, spacebar, or a mouse click.
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• It’s used to present to an audience.
Special Feature: You can start the slide show from the beginning or from the current slide.
Story Connection: Riya compared this to a stage performance—once you’re in this view, it’s
showtime, and you don’t see the backstage editing tools anymore.
5. Notes Page View – The Speaker’s Secret Script
While preparing, Riya wanted to write reminders like, “Explain this chart with real-life
example” or “Don’t forget to mention survey results.”
• Notes Page View shows one slide at a time along with a large space for speaker
notes.
• These notes are not visible to the audience during the slide show (unless printed as
handouts with notes).
Purpose: Helps presenters keep key points handy without cluttering the slide.
6. Outline View – The Story Skeleton
In some PowerPoint versions, Riya found an Outline View option.
• It shows only the text from slides in outline form (no images or design).
• Great for focusing on the content structure.
• You can quickly move, edit, or add text without being distracted by design elements.
Purpose: Best for planning the logical flow of the presentation.
7. Master Views – The Architect’s Blueprint
Riya’s teacher gave her one last secret—Master Views.
• These include:
o Slide Master – Controls design, fonts, colors, and layouts for all slides at
once.
o Handout Master – Designs how printed handouts will look.
o Notes Master – Designs the appearance of speaker notes pages.
Purpose: Saves time by applying changes to the entire presentation instead of editing each
slide separately.
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Analogy: Riya thought of it like changing the wallpaper of an entire house by pressing one
button instead of painting each room individually.
Quick Table for Revision
View Name
Purpose
Special Feature
Normal View
Create and edit slides
Shows slide pane, main slide, and notes
Slide Sorter View
Rearrange slides
Drag-and-drop thumbnails
Reading View
Preview without full screen
Simple navigation
Slide Show View
Present to audience
Full-screen display
Notes Page View
Add presenter notes
Large note space
Outline View
Edit text structure
Text-only display
Master Views
Apply design to all slides
Controls layout and theme
How Riya Used All Views Together
On her final day:
• She created slides in Normal View.
• She checked the flow in Slide Sorter View.
• She wrote key points in Notes Page View.
• She quickly reviewed in Reading View.
• She applied consistent design using Slide Master.
• Finally, she presented in Slide Show View.
Her project was a hit, and she realized the power of understanding all the views in
PowerPoint.
Final Thought
Different views in MS PowerPoint are like different roles in a movie—director (Normal
View), editor (Slide Sorter View), scriptwriter (Notes Page View), and actor (Slide Show
View).
By using them wisely, you can make a presentation that is not just good-looking but also
well-organized and impactful.
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“This paper has been carefully prepared for educational purposes. If you notice any mistakes or
have suggestions, feel free to share your feedback.”
