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Networking and Memory Quiz

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

Which type of cable has the lowest data transfer rate and suffers the most from external interference, but is the cheapest option?

a)

Coaxial Cable

b)

Fiber Optic Cable

c)

Twisted Pair Cable

d)

HDMI Cable

2.

What is the main purpose of the thin metal foil jacket in shielded twisted pair cables?

a)

To increase cable length

b)

To reduce external interference

c)

To lower cost

d)

To make the cable waterproof

3.

Which of the following is NOT a function of a router?

a)

Acting as a default gateway

b)

Performing protocol translation

c)

Restricting broadcasts to a LAN

d)

Formatting hard drives

4.

What is the main role of a gateway in networking?

a)

To store frequently accessed web pages

b)

To convert data packets between different protocols

c)

To increase the speed of a LAN connection

d)

To provide power to network devices

5.

What happens when a collision is detected in an Ethernet network using CSMA/CD?

a)

The device retransmits immediately without waiting

b)

The device shuts down its network interface

c)

The device sends a jam signal and waits a random time before retransmitting

d)

The device permanently drops the frame

6.

In the IP address 190.15.25.240 (a Class C address), which part represents the network ID?

a)

240

b)

190.15.25

c)

190

d)

25.240

7.

Which of the following is a key advantage of IPv6 over IPv4?

a)

It reduces address size to 32 bits

b)

It uses decimal notation with dots

c)

It eliminates the need for NAT and supports built-in authentication

d)

It restricts the growth of the internet

8.

What is the main purpose of subnetting in a network?

a)

To convert IPv4 addresses into IPv6

b)

To divide a large network into smaller, more manageable networks

c)

To encrypt data transmitted over a LAN

d)

To increase the physical length of Ethernet cables

9.

Which of the following devices would typically use a public IP address?

a)

A student's laptop connected to a home Wi-Fi network

b)

A DNS server on the internet

c)

A printer inside a university LAN

d)

A smartphone connected to a private hotspot

10.

Which of the following is a characteristic of RAM (Random Access Memory)?

a)

It is non-volatile and stores data permanently

b)

It is volatile and loses data when power is switched off

c)

It cannot be written to, only read from

d)

It is slower than secondary storage

11.

Which of the following is a key characteristic of Dynamic RAM (DRAM)?

a)

It has lower memory capacity than SRAM

b)

It consumes more power than SRAM

c)

It is more expensive to manufacture than SRAM

d)

It must be refreshed regularly to maintain data

12.

Why is SRAM often used in a computer's cache memory instead of DRAM?

a)

Because SRAM is less expensive to manufacture than DRAM

b)

Because SRAM does not require capacitors for storage

c)

Because SRAM is much faster and does not need refreshing

d)

Because SRAM has higher memory capacity than DRAM

13.

Which of the following correctly describes a difference between DRAM and SRAM?

a)

DRAM does not need to be refreshed, while SRAM does

b)

DRAM is used mainly for cache, while SRAM is used for main memory

c)

DRAM is cheaper and has higher capacity, while SRAM is faster and does not need refreshing

d)

DRAM uses flip-flops, while SRAM uses capacitors

14.

What is the main difference between PROM and EPROM?

a)

PROM can be erased and rewritten many times, while EPROM can only be programmed once

b)

PROM uses fuses that can only be burned once, while EPROM uses transistors that can be erased with UV light

c)

PROM is programmed using UV light, while EPROM is programmed using electric current

d)

PROM is mainly used in developing applications, while EPROM is common in RFID tags

15.

Which of the following is a disadvantage of embedded systems?

a)

They consume very little power

b)

They are relatively low cost to make

c)

They are difficult to upgrade to take advantage of new technology

d)

They react very fast to changing input

16.

What is the main reason why hard disk drives (HDDs) can suffer from slower data access over time?

a)

Limited storage capacity on platters

b)

Fragmentation of data across non-adjacent sectors

c)

Too many read-write heads moving at once

d)

Data being stored sequentially in tracks

17.

Which of the following is an advantage of Solid State Drives (SSD) over Hard Disk Drives (HDD)?

a)

SSDs have moving parts, making them cheaper to repair

b)

SSDs consume more power and run hotter

c)

SSDs provide faster access times and are more reliable

d)

SSDs allow unlimited write operations without wear

18.

In optical disks such as CDs and DVDs, data is stored as pits and bumps on the spiral track. How are these used during reading?

a)

A blue laser melts the bumps to reveal data

b)

The optical head detects changes in light reflection caused by pits and bumps

c)

The bumps emit electrical signals directly to the processor

d)

Pits and bumps are magnetised to represent 0s and 1s

19.

What is the key difference between 3D printing (additive manufacturing) and traditional subtractive manufacturing methods?

a)

3D printing builds objects layer by layer, while subtractive methods remove material to shape the object

b)

3D printing melts solid blocks, while subtractive methods carve stone

c)

3D printing can only use powdered plastic, while subtractive methods use metal

d)

3D printing removes unwanted material, while subtractive methods build objects up

20.

What is the correct sequence for converting digitised sound into audible sound through a loudspeaker?

a)

Digital data → Amplifier → DAC → Loudspeaker

b)

DAC → Loudspeaker → Amplifier → Digital data

c)

Digital data → DAC → Amplifier → Loudspeaker

d)

Amplifier → DAC → Digital data → Loudspeaker

21.

Which sensor would be most suitable for switching street lighting on at night and off during the day?

a)

Gas sensor

b)

Light sensor

c)

Acoustic/sound sensor

d)

Pressure sensor

22.

Which of the following is an example of a control application of sensors rather than a monitoring application?

a)

Monitoring pollution levels in a river

b)

Checking for intruders in a burglar alarm system

c)

Controlling traffic lights at a road junction

d)

Monitoring temperature levels in a car engine

23.

What is the function of the Control Unit (CU) in the CPU?

a)

To carry out arithmetic and logic operations

b)

To hold data and instructions temporarily for quick access

c)

To synchronise data flow by sending control signals and interpreting instructions

d)

To permanently store programs and data

24.

Which CPU register stores the address of the next instruction to be read and executed?

a)

Program Counter (PC)

b)

Current Instruction Register (CIR)

c)

Memory Address Register (MAR)

d)

Status Register (SR)

25.

Which statement correctly describes the address bus in a computer system?

a)

It is bidirectional and carries data between CPU and memory

b)

It is unidirectional and carries memory addresses from CPU to memory

c)

It is 8-bits wide and only carries control signals

d)

It determines the word length that can be transported