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Y10 End Point 1 Revision

Total questions: 90

Worksheet time: 51mins

Name
Class
Date
1.

Which of the following best describes the Fetch-Decode-Execute cycle?

a)

The process of storing data in memory

b)

The sequence the CPU uses to process instructions

c)

The way data is transferred to the printer

d)

The method for cooling the CPU

2.

What is the purpose of a register in the CPU?

a)

To permanently store files

b)

To temporarily hold data and instructions being used

c)

To connect the CPU to the internet

d)

To display graphics

3.

Which architecture is based on a single memory space for both instructions and data?

a)

Harvard Architecture

b)

Von Neumann Architecture

c)

RISC Architecture

d)

CISC Architecture

4.

What does MAR stand for?

a)

Memory Address Register

b)

Main Arithmetic Register

c)

Machine Access Register

d)

Memory Allocation Register

5.

What is the function of the MDR in the CPU?

a)

To store the address of the next instruction

b)

To hold data being transferred to or from memory

c)

To perform calculations

d)

To control the clock speed

6.

What does the Program Counter do?

a)

Counts the number of programs running

b)

Stores the address of the next instruction to be executed

c)

Measures the speed of the CPU

d)

Stores the results of calculations

7.

Which register is used to store the result of calculations in the CPU?

a)

MAR

b)

Accumulator

c)

MDR

d)

Program Counter

8.

What does clock speed measure in a CPU?

a)

The amount of data stored

b)

The number of instructions processed per second

c)

The temperature of the CPU

d)

The size of the cache

9.

How does increasing cache size affect CPU performance?

a)

It decreases performance

b)

It has no effect

c)

It can increase performance by reducing access time to frequently used data

d)

It slows down the fetch-decode-execute cycle

10.

What is meant by the term 'cores' in a CPU?

a)

The number of wires in the CPU

b)

The number of processing units within the CPU

c)

The amount of cache memory

d)

The number of input devices connected

11.

Which of the following is an example of an embedded system?

a)

Laptop computer

b)

Washing machine controller

c)

Desktop PC

d)

External hard drive

12.

Which part of the CPU is responsible for interpreting instructions and controlling the flow of data?

a)

ALU

b)

CU

c)

Cache

d)

Register

13.

What is the main advantage of having multiple cores in a CPU?

a)

Lower power consumption

b)

Ability to process multiple instructions simultaneously

c)

Increased storage capacity

d)

Faster internet connection

14.

Which of the following best describes an embedded system?

a)

A general-purpose computer

b)

A computer system designed for a specific function within a larger system

c)

A device used only for gaming

d)

A system that can run any software

15.

During the fetch stage of the fetch-decode-execute cycle, which register holds the address of the instruction to be fetched?

a)

Accumulator

b)

Program Counter

c)

MDR

d)

ALU

16.
Virtual memory is used
a)
when the RAM is not enough to contain all of the programs and data currently being used
b)
every other time a program is used
c)
as a secondary storage medium for long term storage of documents
d)
when the CPU is getting overheated
17.
Virtual memory typically uses two storage devices, RAM and ______________.
a)
the hard drive
b)
ROM
c)
a secondary piece of RAM
d)
a CD-ROM
18.
A program stored in virtual memory may run slower than a program stored on the RAM
a)
TRUE
b)
FALSE
19.
The computer can take programs out of the RAM and store them in virtual memory, this frees up the RAM to be used to open more programs.
a)
TRUE
b)
FALSE
20.

Why is Virtual Memory needed or used by a computer?

a)

When RAM becomes full because of too many programs running at once

b)

When ROM is too small and struggles to store the Operating System

c)

When users wish to store data on an external server such as 'the cloud'

d)

When chosen by the user or computer administrator

21.

What is ROM soldered to?

a)

The motherboard

b)

The CPU

c)

The power supply

d)

The hard drive

22.

What does ROM contain?

a)

User's personal files

b)

The first instructions for the computer

c)

The operating system

d)

Temporary data for running programs

23.

What is the main purpose of RAM in a computer system?

a)

To keep the computer cool

b)

To store the BIOS

c)

To hold the operating system when the computer is running

d)

To make the computer look better

24.

What type of storage is ROM classified as?

a)

Non-volatile

b)

Volatile

c)

Optical

d)

Temporary

25.

What happens to the data in RAM when the computer is turned off?

a)

It is permanently saved

b)

It is transferred to the ROM

c)

It is printed out

d)

It is lost

26.

What is processor speed measured in?

a)

Hertz

b)

Watts

c)

Amps

d)

Volts

27.
What does ROM stand for?
a)
Random Only Memory
b)
Random Only Memory
c)
Rapid Only Machine
d)
Read Only Memory
28.
What does RAM stand for?
a)
Random Access Memory
b)
Random Area Machine
c)
Real Access Machine
d)
Rapid Access Memory
29.

How many of the following are examples of Embedded Systems?

a)

Mobile Phone

b)

Washing Machine

c)

Microwave

d)

Fridge

e)

Laptop

30.
What is an embedded system?
a)
A computer system that has one single purpose
b)
A computer system that has many different purposes
c)
A computer system that can be upgraded
d)
A computer system with multiple operating systems
31.
Convert 128 to binary
a)
10000000
b)
01111110
c)
10000001
d)
11001100
32.
In computing, a bit is
a)
8 bytes
b)
a single    0 or 1     on or off
33.
A byte is
a)
8 bits
b)
4 bits
34.
A kilobyte is usually rounded to 1000 bytes. But actually it is _____ bytes:
a)
1024
b)
512
c)
1048
d)
9600
35.
The following is a correct order of units of storage from lowest to highest:
a)
a bit, a nibble, a byte, a kilobyte, a megabyte, a gigabyte, a terabyte
b)
a bit, a byte, a nibble, a kilobyte, a megabyte, a gigabyte, a terabyte
c)
a bit, a nibble, a byte, a megabyte, a kilobyte, a gigabyte, a terabyte
d)
a byte, a bit, a nibble, a megabyte, a kilobyte, a gigabyte, a terabyte
36.
A bitmap image is made up of
a)
Pixels
b)
Colours
c)
Sounds
d)
Samples
e)
Characters
37.
What is 27 in hexadecimal
a)
1B
b)
17
c)
11011
d)
1C
38.

Convert the binary number 0001 1011 to denary

(a)  

39.

Convert the denary number 39 to binary

(a)  

40.
There are 8 bits in a byte. What is 4 bits called?
a)
Bot
b)
Bittle
c)
Nibble
d)
Sandwich
e)
By
41.

Add the binary numbers 1100 1100 and 0011 0011

(a)  

42.

Add the binary numbers 0100 1111 and 0011 0011

(a)  

43.

Perform a left binary shift of 1 on the binary number 0110 0110

(a)  

44.

Perform a right binary shift of 3 on the binary number 0110 0110

(a)  

45.

Convert the hexadecimal number A5 to binary

(a)  

46.

Convert the denary number 46 to hexadecimal

(a)  

47.

Convert the hexadecimal number 5F to denary

(a)  

48.
What unit is sample rate measured in?
a)
Bits per second (bps)
b)
Hertz (Hz)
c)
Megabits per second (Mbps)
49.
Which of the following is not true if you increase the sample rate?
a)
Better quality of recording
b)
Needs greater storage space
c)
Larger file size
d)
Decrease in quality
50.
What is meant by bit depth?
a)
The number of samples taken per second
b)
The amplitude of each sample
c)
The number of bits used per second of audio
d)
The number of bits used to store each sound sample
51.
What is measured when the wave is sampled?
a)
Amplitude
b)
Hertz
c)
Bit rate
d)
Frequency
52.
The purpose of a Digital to Analogue converter is to...
a)
Convert binary data into analogue form so we can hear it via a speaker
b)
Convert sound waves into binary so it can be understood by a computer
53.
If you increase the bit depth of an audio file, you increase the quality.
a)
True
b)
False
54.
The amplitude of a sound wave is...
a)
How high the wave is from the crest or trough
b)
The frequency at which it is sampled
c)
The speed at which it travels through air
55.

What category of secondary storage do these belong to?

a)

Magnetic

b)

Optical

c)

Solid State

56.

What category of secondary storage does this device belong to?

a)

Optical

b)

Magnetic

c)

Solid State

57.

What are the three main categories of secondary storage?

a)

Magnetic

b)

Liquid State

c)

Solid State

d)

Optical

e)

Tertiary

58.

What category of secondary storage does this belong to?

a)

Magnetic

b)

Optical

c)

Solid State

59.

What category of secondary storage does this belong to?

a)

Magnetic

b)

Optical

c)

Solid State

60.

What category of secondary storage does this belong to?

a)

Magnetic

b)

Optical

c)

Solid State

61.

Which is generally the most expensive category of storage?

a)
Solid State
b)
Magnetic
c)
Optical
62.

What of the below is a disadvantage of a flash memory drive (usb pen drive)?

a)
Small
b)
Expensive
c)
Easy to lose
d)
Slow data access
63.

Which of the following have the fastest read/write speed?

a)
Magnetic storage
b)
Solid state storage
64.
Which of the following storage devices will most likely have the highest capacity?
a)
Magnetic storage
b)
Solid state storage
65.

Which of the following is the cheapest device to buy?

a)
Magnetic storage
b)
Solid state storage
c)
Optical storage
66.
A portable device such as a smartphone or tablet is likely to have which type of storage?
a)
Magnetic storage
b)
Solid state storage
c)
Optical storage
67.

Which of the following secondary storage categories is the most durable/robust?

a)
Magnetic storage
b)
Solid state storage
c)
Optical storage
68.

What type of network is this?

(a)  

69.

What type of network is this?

(a)  

70.

What is a major advantage of using a star topology in a network?

a)

It requires less cabling than other topologies.

b)

It is very scalable and easy to add new nodes.

c)

Data can take multiple paths to reach its destination.

d)

It does not require a central connecting device.

71.

Which of the following is a disadvantage of a mesh topology?

a)

High redundancy

b)

Increased complexity with more nodes

c)

Low fault tolerance

d)

Limited scalability

72.

In a star topology, if one cable fails, what happens to the network?

a)

The entire network goes down.

b)

Only the node connected to the failed cable is affected.

c)

Data can reroute through other cables automatically.

d)

The central device fails and needs to be replaced.

73.

Which topology typically requires more cabling, star or mesh?

a)

Star

b)

Mesh

c)

Both require the same amount

d)

It depends on the number of nodes

74.

In a mesh network, how is data typically transmitted between devices?

a)

Through a single central device

b)

Along a single path from source to destination

c)

Through multiple potential paths

d)

In a circular pattern

75.

How does the performance of a star network compare to a mesh network as more devices are added?

a)

The performance of a star network decreases significantly.

b)

The performance of a mesh network decreases significantly.

c)

The performance of both networks remains unchanged.

d)

The performance of both networks improves.

76.

Connects multiple computers together in a local-area-network. Only sends data to the correct IP or MAC address.

a)

Switch

b)

Hub

c)

Router

d)

Repeater

77.

Which best describes the function of a switch?

a)

Connects printers together in a LAN

b)

Connects devices together in a WAN

c)

Connects devices together in a LAN

d)

Shares Internet connection on a LAN

78.

What is the purpose of a MAC address?

a)

To route packets on a wide area network

b)

To route frames on a local area network

c)

To control devices remotely via apps

d)

To identify a host computer on the internet

79.

What is the main reason for the invention of IPv6?

a)

To identify a host computer on the internet

b)

To control devices remotely via apps

c)

To replace IPv4 due to running out of unique static addresses

d)

To route frames on a local area network

80.

What is the main difference between a MAC address and an IP address?

a)

MAC addresses are 32 bits in size, while IP addresses are 128 bits in size

b)

MAC addresses are used for wide area networks, while IP addresses are used for local area networks

c)

MAC addresses are unique to every network interface card, while IP addresses are unique to every host device

d)

MAC addresses are written as eight groups separated by colons, while IP addresses are written as four numbers separated by periods

81.

Which of the following are examples of IP(V4) addresses?

a)

255.255.255.255

b)

254.256.300.919

c)

8F-E8-D0-15-A5-61

d)

123.156.178.0

e)

1.2.3.4

82.

Which of the following are examples of MAC addresses?

a)

91-BF-B3-0B-6E

b)

A2-FE-D2-52-39-30

c)

9D-FC-7F-9D-94-D0

d)

192.168.2.1

e)

4D-B8-AF-98-G1-5B

83.

Which component requires a MAC address?

a)

Network Interface Card

b)

CPU

c)

Graphics Card (GPU)

d)

RAM

e)

Secondary Storage

84.

This is the physical address of the device used to identify it on a Local Area Network (LAN)

a)

IP address

b)

MAC address

85.

This address is used to identify a device on a local area network and a wide area network. It allows devices to communicate with each other

a)

IP address

b)

MAC address

86.

Which of these is an IPv4 address?

a)

242.94.12.48

b)

242.F2.5A.16

c)

2001:0db8:0000:0000:0000:ff00:0042:8329

d)

A3:45:F6:E2:9A:12

87.

Which of these is a MAC address?

a)

242.94.12.48

b)

242.F2.5A.16

c)

2001:0db8:0000:0000:0000:ff00:0042:8329

d)

A3:45:F6:E2:9A:12

88.

Where are main components of CPU shown?

a)

Arithmetic logic unit (ALU)

Control Unit (CU)

Registers

b)

Program counter (PC)

Accumulator (ACC)

Registers

c)

Arithmetic logic unit (ALU)

Current Instructions Register (CIR)

Control Unit (CU)

d)

Registers

Memory Data Register (MDR)

Accumulator (ACC)

89.
What is the CPU’s purpose?
a)
To carry out program instructions
b)
To store data
c)
To compile program code
d)
To output data to the user
90.

What is clock rate?

a)

The rate at which the internal timer of the CPU operates

b)

The number of instructions copied by a CPU from the storage drive in a second

c)

The number of instructions processed by a CPU in a second