wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

2.1 Types and Methods of Data Transmission Cambridge IGCSE 0478

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What is the purpose of dividing data into packets?

a)

To make transmission more efficient and manageable

b)

To increase the overall file size

c)

To reduce the need for routers

d)

To prevent the need for error checking

2.

What part of a data packet contains the actual transmitted information?

a)

Payload

b)

Header

c)

Trailer

d)

Packet number

3.

What does the packet header contain?

a)

Metadata such as destination and originator’s address

b)

The actual data being sent

c)

Error correction information

d)

The order in which packets are displayed

4.

How do packets travel in packet switching?

a)

Each packet may take a different route to its destination

b)

Packets always take the same fixed path

c)

Packets are transmitted one at a time without routing

d)

Packets must be received in the exact order they were sent

5.

Which method of data transmission sends one bit at a time over a single channel?

a)

Serial

b)

Parallel

c)

Half-Duplex

d)

Full-Duplex

6.

Which transmission method allows data to be sent in both directions at the same time?

a)

Full-Duplex

b)

Half-Duplex

c)

Simplex

d)

Serial

7.

Which data transmission method is most suitable for long-distance communication?

a)

Serial

b)

Parallel

c)

Simplex

d)

Half-Duplex

8.

Which of the following is an example of half-duplex communication?

a)

Walkie-talkies

b)

A keyboard sending input to a computer

c)

A phone call

d)

USB file transfer

9.

What is the main advantage of using USB (Universal Serial Bus) for data transmission?

a)

It is a widely supported standard for connecting peripherals

b)

It can transmit data in parallel mode

c)

It does not require serial communication

d)

It only allows for one-way communication

10.

How does USB transmit data between devices?

a)

Using serial transmission, bit by bit

b)

Using parallel transmission, multiple bits at once

c)

Using packet switching across multiple networks