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Worksheets

Page 1

Total questions: 15

Worksheet time: 8mins

Name
Class
Date
1.

Currently, which generation is widely deployed with the next generation gaining ground, according to the material?

a)

1G reintroduced with better coverage

b)

4G broadly deployed with 5G expanding

c)

2G expanding with 3G declining

d)

5G completed while 6G dominates

2.

If you were to replicate Bose’s 1895 setup, which instrumentation focus would be most appropriate?

a)

Low‑frequency spark gap telegraphy

b)

Microwave and millimeter‑wave components

c)

Fiber‑optic interferometers for lasers

d)

Acoustic transducers for sonar tests

e)

Longwave maritime antenna networks

3.

Early mobile systems relied on what transmitter configuration to cover large areas?

a)

Distributed antenna systems

b)

Multiple low power cells

c)

Single high power transmitter

d)

Satellite beamforming arrays

4.

A key benefit of frequency reuse is improved utilization of what resource?

a)

Antenna mast height

b)

User equipment memory

c)

Backhaul fiber capacity

d)

Available frequency spectrum

5.

Why does frequency reuse enable reduced transmitter power in cellular systems?

a)

Fewer users share a channel

b)

Digital modulation removes noise

c)

Higher antennas negate fading

d)

Smaller cells lower path losses

6.

What is the relationship between cell size and the need for transmitter power in a reuse-based network?

a)

Smaller cells require less power

b)

Smaller cells require more power

c)

Cell size does not affect power

d)

Power rises then falls with size

7.

A mobile device cannot reach another mobile device in the same cell without which element?

a)

An MSC connection

b)

A base station present

c)

A PSTN trunk

d)

A satellite relay

8.

If interference is observed between two cells using the same channel group, which planning change most directly reduces co-channel interference?

a)

Replace hexagons with circular cell shapes

b)

Decrease cluster size N to reuse more often

c)

Increase cluster size N to separate co-channels

d)

Randomize channel assignment within a cluster

9.

In a GSM architecture, which element typically interfaces the mobile station (MS) with the network over the air?

a)

Visitor Location Register

b)

Base Transceiver Station (BTS) antenna

c)

Gateway GPRS Support Node

d)

Home Location Register (HLR) database

10.

Which path correctly represents the end‑to‑end data flow for a user session in LTE?

a)

IP Network → EPC → E-UTRAN → UE

b)

EPC → UE → IP Network → E-UTRAN

c)

UE → IP Network → E-UTRAN → EPC

d)

UE → E-UTRAN → EPC → IP Network

11.

Which interface links the MME to the Serving Gateway as shown?

a)

X2 inter-baseband link

b)

S11 control interface

c)

S6a subscriber link

d)

GX policy channel

e)

S1-U user plane

12.

In LTE, which network portion encompasses the eNodeBs interconnected by X2?

a)

Wi‑Fi access segment

b)

IP backbone cloud

c)

IMS service domain

d)

E-UTRAN access network

e)

EPC core subsystem

13.

Compared with LTE, LTE-Advanced shows which user-plane delay (without load) characteristic?

a)

Higher than LTE delay

b)

Equal to LTE delay

c)

Unspecified for LTE-Advanced

d)

Lower than LTE delay

14.

Which technologies are explicitly labeled under 3G in the figure?

a)

EDGE, CDMA2000, TD-CDMA, WCDMA, IEEE 802.16e

b)

GSM, IS-95A, IS-136, PDC

c)

LTE Rel 8 only

d)

CDMA 1xEV-DO, 1x-EV-DV, HSDPA, HSPA+

e)

3GPP and IEEE only

15.

Which feature combines multiple spectrum blocks to increase overall bandwidth?

a)

Heterogeneous network support

b)

Enhanced carrier aggregation

c)

Massive Machine Type Communication

d)

Coordinated multipoint reception