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Pearson 1CP2 - 4.1 - Wired and Wireless Connections

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

What type of trasmission media usually consist of either copper wire or fibre optic cable?

a)

wireless

b)

wired

c)

radio

d)

infrared

2.

What is the range of copper wire as a network transmission medium?

a)
Around 100 meters
b)
Around 50 meters
c)
Approximately 200 meters
d)
Over 500 meters
3.

What is the range of fibre optic cable as a network transmission medium?

a)

Up to 80 kilometers

b)
Up to 500 kilometers
c)
Up to 5 kilometers
d)
Up to 100 kilometers
4.

What is the bps of copper wire?

a)
100 Mbps to 10 Gbps
b)
10 Mbps to 1 Tbps
c)
1 Gbps to 100 Gbps
d)
1 Kbps to 100 Mbps
5.

What is the bps of fibre-optic cable?

a)
10 Gbps
b)
1 Tbps
c)
100 Gbps
d)
1 Mbps
6.

What can cause latency in copper wire connections?

a)
Temperature, voltage, and material
b)
Bandwidth, speed, and encryption
c)

Electrical interference and signal degradation

d)
Protocol, firewall, and router
7.

What can cause latency on fibre-optic connections?

a)
Weather conditions, solar flares, and magnetic interference
b)

Network congestion only. It is immune to electrical interference

c)
Hardware malfunctions, software bugs, and power outages
d)
User error, outdated equipment, and insufficient bandwidth
8.

What is the most common application for fibre-optic cable?

a)

High-speed data transmission e.g. the internet

b)
Space exploration
c)
Agricultural irrigation
d)
Underwater welding
9.

What is the most common application for twisted pair copper cable?

a)

Internet (WAN) communications

b)

Ethernet (LAN) networks

c)
Wireless networks
d)
Coaxial cable networks
10.

How do fibre-optic cables transmit data?

a)
Data is transmitted through electrical signals
b)
Data is transmitted through radio waves
c)
Data is transmitted through magnetic fields
d)

Pulses of light travel along the cable's core

11.

How do copper wires transmit data around a network?

a)
Through emitting light signals
b)
Through carrying electrical signals
c)
Through generating radio waves
d)
Through transmitting sound waves
12.

What type of transmission media uses radio waves to transmit data through the air?

a)
Satellite transmission
b)
Wired transmission
c)
Fiber optic transmission
d)
Wireless transmission
13.

What is the most well-known wireless transmission protocol?

a)
Bluetooth
b)
NFC
c)
Ethernet
d)
Wi-Fi
14.

What wireless transmission technology is used in contactless card payments?

a)
Near Field Communication (NFC)
b)
Infrared
c)
WiFi
d)
Bluetooth
15.

Which wired tansmission medium is susceptible to interference and latency increases the further the signal travels?

a)
Twisted pair cable
b)
Wireless transmission
c)
Fiber optic cable
d)

Copper cable

16.

What type of transmission medium is used to connect LANs together to form WANs and provide broadband services to private homes and businesses

a)
Satellite dishes
b)
Wireless connections
c)
Fiber optic cables
d)
Coaxial cables
17.

What is the term given to identify the distance over which data can be transferred?

a)
Latency
b)

Bandwidth

c)

Range

d)

Tunneling Distance

18.

What type of wireless technology allows for pairing between devices e.g. a phone with wireless headphones?

a)
WiFi
b)
Infrared
c)
NFC
d)
Bluetooth
19.

What is the bps of WiFi?

a)

WiFi can travel 100 meters at 20 Gbps

b)

WiFi can travel 2 meters at 1 Gbps

c)

WiFi can travel 10 meters at 100 Gbps

d)

WiFi can travel 100 meters at 10 Gbps

20.

What are the two main frequency ranges of WiFi?

a)
2.4 GHz and 5 GHz
b)
3 GHz and 6 GHz
c)
1 GHz and 4 GHz
d)
2 GHz and 5 GHz
21.

What piece of networking hardware do wirelessly enabled devices communicate with?

a)
modem
b)
ethernet switch
c)
access point
d)

internet router

22.

What factors can interrupt the communication across a wireless network?

a)

Time of day as this can lead to increases and decreases in activity.

b)

Weather conditions, the overall outdoor temperature and the packet loss rate of the ISP.

c)

Number of connected devices, hackers and individuals infiltrating the network, and the strength of the electricity.

d)
Interference from other electronic devices, physical obstacles, distance from the router, and network congestion.
23.

As attackers can easily eavesdrop on a wireless network by intercepting radio signals, what measure must be taken in order to secure any data that is transferred?

a)

Encrypt each piece of data transferred

b)
Share passwords openly
c)
Keep the firmware outdated
d)
Use the default network name
24.

What wireless transmission technology uses low-power radio waves and can connect thousands of IoT devices with radio transmitters/receivers embedded within them.

a)

Bluetooth

b)
NFC
c)
Wi-Fi Direct
d)
Zigbee
25.

What wireless transmission technology uses electromagnetic fields to identify and track radio tags attached to objects in shops (to prevent shoplifters)?

a)
GPS
b)
NFC
c)
Bluetooth
d)
RFID