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Wireless Networks Quiz

Total questions: 40

Worksheet time: 20mins

Name
Class
Date
1.

Which generation of wireless networks introduced digital cellular technology?

a)

1G

b)

2G

c)

3G

d)

4G

2.

3G networks primarily enabled which feature?

a)

Voice only

b)

Text messaging

c)

High-speed mobile internet

d)

Analog communication

3.

LTE is mainly associated with which generation?

a)

2G

b)

3G

c)

4G

d)

5G

4.

Which modulation is primarily used in 4G LTE?

a)

QPSK

b)

OFDM

c)

AM

d)

FM

5.

What is the main limitation of 4G that drives the need for 5G?

a)

Low frequency

b)

Limited speed and latency performance

c)

Poor voice clarity

d)

Analog transmission

6.

The main feature of 1G networks was:

a)

Packet switching

b)

Analog voice communication

c)

Video calling

d)

Broadband access

7.

Which of the following is part of the Next Generation Core (NG-Core)?

a)

AMF

b)

BSC

c)

MSC

d)

BTS

8.

In 3G networks, UMTS stands for:

a)

Universal Mobile Telephone System

b)

Universal Mobile Telecommunications System

c)

Unified Mobile Transmission Service

d)

User Mobile Telecom Standard

9.

Which network introduced the concept of circuit-switched to packet-switched transition?

a)

2G

b)

3G

c)

4G

d)

5G

10.

The vEPC (virtualized Evolved Packet Core) is implemented using:

a)

Hardware switches

b)

Virtualization/cloud infrastructure

c)

Satellite networks

d)

Analog systems

11.

Which wireless generation first supported broadband multimedia services?

a)

2G

b)

3G

c)

4G

d)

5G

12.

In 4G, the peak data rate achievable is approximately:

a)

100 kbps

b)

2 Mbps

c)

100 Mbps

d)

1 Gbps

13.

The primary role of NG-Core in 5G is to:

a)

Support circuit switching

b)

Handle packet-based data and services

c)

Manage analog communication

d)

Provide SMS only

14.

Which access technique was used in 2G GSM networks?

a)

CDMA

b)

FDMA + TDMA

c)

OFDMA

d)

SDMA

15.

The handover between LTE and 5G is managed through:

a)

EPC only

b)

NG-Core and gNB coordination

c)

Baseband switches

d)

AM radio

16.

Which of the following is not a feature of 4G?

a)

All-IP network

b)

High-speed data

c)

Analog voice services

d)

OFDMA modulation

17.

In 5G, compared to 4G, latency is reduced from ~50 ms to:

a)

30 ms

b)

20 ms

c)

10 ms

d)

1 ms

18.

The main motivation for NG-Core introduction was:

a)

More flexible and scalable architecture

b)

Supporting analog communication

c)

Improving SMS only

d)

Reducing 2G call drops

19.

In vEPC, network functions are separated into:

a)

Hardware-based nodes

b)

Virtualized software instances

c)

Satellite transceivers

d)

Analog base stations

20.

The first wireless generation to support IoT applications is:

a)

2G

b)

3G

c)

4G

d)

1G

21.

Which of the following is the air interface of 5G?

a)

LTE

b)

GSM

c)

NR (New Radio)

d)

WiMAX

22.

5G primarily uses which frequency bands?

a)

Below 1 GHz only

b)

3-6 GHz and mmWave (24-100 GHz)

c)

Only 900 MHz

d)

Only satellite bands

23.

Which key technology enables 5G's massive connectivity?

a)

TDM

b)

MIMO and beamforming

c)

Analog switching

d)

FDMA

24.

The role of cloud in 5G networks is to:

a)

Store SMS

b)

Enable scalable and virtualized network functions

c)

Replace base stations

d)

Provide analog services

25.

What does RAT stand for?

a)

Radio Antenna Technology

b)

Radio Access Technology

c)

Remote Access Terminal

d)

Random Access Transmission

26.

Which of the following is not a challenge for 5G?

a)

High spectrum demand

b)

Low energy efficiency

c)

Ultra-high latency

d)

Security

27.

In 5G, the logical node that manages session control is:

a)

SMF

b)

UPF

c)

AMF

d)

PCF

28.

What is the approximate peak data rate for 5G under ideal conditions?

a)

100 Mbps

b)

1 Gbps

c)

10 Gbps

d)

100 Gbps

29.

Edge computing in 5G is mainly used to:

a)

Increase analog voice capacity

b)

Reduce latency by processing data closer to users

c)

Improve SMS storage

d)

Support 2G users

30.

The role of EPC in 5G is to:

a)

Continue supporting LTE/4G services

b)

Replace NG-Core

c)

Enable analog communication

d)

Provide IoT only

31.

Which RAT is specific to 5G?

a)

GSM

b)

UMTS

c)

LTE

d)

NR

32.

The major enabling feature of 5G for IoT devices is:

a)

Ultra-Reliable Low Latency Communication (URLLC)

b)

Analog modulation

c)

Circuit switching

d)

SMS

33.

5G supports network slicing, which means:

a)

Dividing frequency for SMS

b)

Creating multiple virtual networks on one physical infrastructure

c)

Splitting antennas

d)

Slicing cables

34.

Which challenge in 5G relates to human safety concerns?

a)

Handover

b)

SAR and radiation effects

c)

SMS delivery

d)

Analog distortion

35.

Cloud-RAN (C-RAN) primarily aims to:

a)

Virtualize baseband processing

b)

Improve analog voice

c)

Store SMS

d)

Reduce OFDM

36.

Which RAT is still backward compatible with LTE?

a)

2G

b)

3G

c)

5G NR

d)

Satellite

37.

The main feature of AMF in NG-Core is:

a)

Access and mobility management

b)

User plane data forwarding

c)

Policy control

d)

Authentication only

38.

Which spectrum type does 5G NR use for coverage and capacity balance?

a)

Low band, mid band, and mmWave

b)

Only low band

c)

Only mmWave

d)

Only satellite

39.

One major challenge of deploying 5G mmWave is:

a)

Poor penetration through obstacles

b)

Low bandwidth

c)

High analog noise

d)

SMS interference

40.

The combination of NR + Cloud + Edge in 5G primarily enhances:

a)

Analog telephony

b)

End-to-end latency, scalability, and flexibility

c)

SMS performance

d)

Circuit-switched calls