What is the primary difference between HTTP and HTTPS?

HTTPS encrypts data for security

What would happen if the Internet had no protocols?

Computers wouldnâ€™t understand each other

What is the purpose of protocols in computer communication?

To provide a shared language for computers

What does error detection in protocols help with?

Finding and fixing lost or damaged packets

Why do computers need protocols?

To allow different devices and software to communicate

Why is encryption important in protocols like HTTPS?

It protects sensitive information from hackers

What is the role of routers in data transmission?

They direct packets to their destination

What does packet switching allow?

Packets to take different routes for efficiency

Breaks data into packets and ensures they arrive in order

What ensures that packets are reassembled in the correct order?

The protocol governing data transmission

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Middle Cyber Security Chapter 1

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Questions 15

Answers

1
What is the primary difference between HTTP and HTTPS?
HTTPS is faster
HTTP is only used for emails
HTTPS encrypts data for security
HTTPS can only be used on mobile devices
2
Which protocol is primarily responsible for encrypting website data?
HTTPS
HTTP
SMTP
TCP/IP
3
Which of the following is an example of a protocol used to load websites?
SSH
HTTP
TCP/IP
SMTP
4
What would happen if the Internet had no protocols?
There would be no need for routers
Computers wouldnâ€™t understand each other
Internet speeds would increase
More websites would be available
5
What happens when data is sent over the Internet?
It travels as one large piece
It is broken into packets
It is sent as an image file
It is stored in a cloud before sending
6
Which protocol is used for secure remote access to another computer?
SMTP
HTTP
TCP/IP
SSH
7
What is the purpose of protocols in computer communication?
To provide a shared language for computers
To prevent viruses
To make computers faster
To replace software
8
What does error detection in protocols help with?
Speeding up the Internet
Finding and fixing lost or damaged packets
Creating new programming languages
Reducing electricity consumption
9
Why do computers need protocols?
To replace programming languages
To create new applications
To allow different devices and software to communicate
To store data
10
Why do packets take different paths to the same destination?
To make the Internet slower
To increase data size
To store information
To avoid congestion and delays
11
Why is encryption important in protocols like HTTPS?
It makes the Internet faster
It improves video quality
It reduces storage needs
It protects sensitive information from hackers
12
What is the role of routers in data transmission?
They encrypt packets
They store packets temporarily
They direct packets to their destination
They delete unnecessary packets
13
What does packet switching allow?
Data to be stored in the cloud
All data to travel on the same route
Packets to take different routes for efficiency
Websites to load instantly
14
What does TCP/IP do?
Breaks data into packets and ensures they arrive in order
Encrypts data for security
Checks websites for viruses
Manages Wi-Fi connections
15
What ensures that packets are reassembled in the correct order?
The userâ€™s Internet connection
The web browser
The senderâ€™s computer
The protocol governing data transmission

Middle Cyber Security Chapter 1 Flashcards | StudBud