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IoT Fundamental - topic 1 - 4

Total questions: 27

Worksheet time: 16mins

Name
Class
Date
1.

What are the three components found in an IoT Environment?

a)

Router, Hub, Switches

b)

Devices, Gateway, Platform

c)

Ultrasonic, Raspberry Pi and Nano

d)

Arduino Uno, Terminal and Raspberry Pi

2.

A Raspberry Pi is an example of an IoT

a)

Device

b)

Gateway

c)

Platform

d)

Sensor

3.

ThingSpeak is an example of an IoT

a)

Device

b)

Gateway

c)

Platform

d)

Sensor

4.

ThingsBoard is an example of an IoT

a)

Device

b)

Gateway

c)

Platform

d)

Sensor

5.

Identify the appropriate size for Big Data classification.

a)

Kilobytes

b)

Megabytes

c)

Gigabytes

d)

Exabytes

6.

Which type of data processing will reduce the data to make data meaningful and reduce network load?

a)

Aggregation

b)

Sorting

c)

Validation

d)

Gateway

7.

Identify two benefits of Edge Computing.

a)

Real Time Services, Private Security Domains

b)

Private Security Domains, Data Manipulation

c)

Intelligent analysis and processing at the edge, Data Manipulation

d)

Real Time Services, ZigBee

8.

Which technology brings the computing capabilities of the IoT Platform closer to where the data is sourced?

a)

Raspberry Pi

b)

ThingSpeak

c)

Edge Computing

d)

ZigBee

9.

Which one is NOT a way of judging an IoT device performance ?

a)

Processing Speed

b)

Form factor

c)

Color

d)

Battery Life

10.

Identify the four big data properties.

a)

Volume, Variety, Veracity, Velocity

b)

Volume, Size, Place, Time

c)

Size, Storage, Servers, Speed

d)

Frequency, Size, Place, Time

11.

Which big data property represents uncertainty of data ?

a)

Frequency

b)

Speed

c)

Volume

d)

Veracity

12.

Which one specifies the size, shape and other physical specifications of an IoT Device ?

a)

Form factor

b)

Processing Speed

c)

Edge Computing

d)

ZigBee

13.

Which statement about microcontrollers ans SBC is true ?

a)

A microcontroller is made up of many SBCs

b)

A microcontroller has building blocks such as RAM, ROM, CPU and I/O

c)

An example of a SBC is an Arduino

d)

A microcontroller has a CPU whereas an SBC has no CPU.

14.

The default CLI in Windows is

a)

Command prompt

b)

LXTerminal

c)

Nano

d)

Vi

15.

Identify a CLI based text editor

a)

LXTerminal

b)

Nano

c)

Notepad++

d)

Command prompt

16.

Which one is NOT a feature of an IDE?

a)

IntelliSense

b)

Error highlighting

c)

Syntax highlighting

d)

CLI highlighting

17.

What are the 3 parts of a command ?

a)

Command, options, arguments

b)

Command, functions, methods

c)

Command, options, functions

d)

Command, methods, arguments

18.

A device which consumes 100 mA is connected with a battery that has a 8000 mAh battery capacity. How long will the device operate before running out of battery ?

a)

10 h

b)

20 h

c)

40 h

d)

80 h

19.

A device which consumes 100 mA is connected with a battery that has a 4000 mAh battery capacity. How long will the device operate before running out of battery ?

a)

10 h

b)

20 h

c)

40 h

d)

80 h

20.

List three IoT Environment components:    

(a)  

21.

List three factors that affect IoT device performance:

(a)  

22.

List four parts of a Microcontroller Unit:

(a)  

23.

In the IMDA Cybersecurity Labeling Scheme for Manufacturers, which tier offers the highest security ?

a)

Tier 1

b)

Tier 2

c)

Tier 3

d)

Tier 4

24.

Which type of temperature sensor is able to support higher temperatures and larger temperature ranges ?

a)

Thermistor

b)

Thermocouple

c)

Ultrasonic

d)

DHT11

25.

Which type of sensor utilizes a small polymer comb that increases and decreases in size as the humidity changes ?

a)

Thermistor

b)

Thermocouple

c)

Resistive Humidity Sensor

d)

Capacitive Humidity Sensor

26.

Identify two output device groups.

a)

Displays and Actuators

b)

Ultrasonics and TMP36

c)

Command Prompt and ThingSpeak

d)

Ultrasonic and OLED

27.

An object is detected by an ultrasonic sensor. The time taken from the transmission to reception of reflected waves is 400 μs. Given the speed of sound is  0.0343 cm/μs, calculate the distance of the object.

a)

13.72 m

b)

13.72 cm

c)

6.86 m

d)

6.86 cm