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mBot2 Test

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

What is the main processor used in the mBot2?

a)

Arduino Uno

b)

CyberPi

c)

Raspberry Pi

d)

ESP32

2.

Which programming platform is commonly used with the mBot2?

a)

Scratch

b)

mBlock

c)

Python IDE

d)

JavaScript

3.

What type of motor is included in the mBot2?

a)

DC motor

b)

Stepper motor

c)

Servo motor

d)

Brushless motor

4.

What does the ultrasonic sensor on the mBot2 do?

a)

Detects light intensity

b)

Measures distance to objects

c)

Tracks lines on the floor

d)

Detects color

5.

Which type of battery powers the mBot2?

a)

Alkaline AA batteries

b)

Lithium-ion battery

c)

Lead-acid battery

d)

Nickel-cadmium battery

6.

What is the primary purpose of the line-following sensor on the mBot2?

a)

Detecting obstacles

b)

Following black or white lines on the ground

c)

Measuring angles

d)

Controlling speed

7.

How do you connect the mBot2 to a computer for programming?

a)

Bluetooth or USB cable

b)

HDMI cable

c)

Ethernet cable

d)

Wi-Fi only

8.

What does the gyroscope sensor in the mBot2 measure?

a)

Distance

b)

Light intensity

c)

Orientation and angular velocity

d)

Temperature

9.

What language is used in the text-based programming option for mBlock?

a)

Python

b)

Java

c)

C++

d)

HTML

10.

Which feature allows the mBot2 to interact with its surroundings?

a)

Actuators only

b)

Sensors only

c)

Sensors and actuators

d)

None of the above

11.

What is the purpose of the RGB LEDs on the mBot2?

a)

For line tracking

b)

Visual feedback and decoration

c)

Detecting color

d)

Power indication

12.

Which part of the mBot2 is responsible for executing programmed tasks?

a)

Sensors

b)

CyberPi

c)

Motors

d)

Line-following module

13.

How can the mBot2 detect obstacles?

a)

Using the gyroscope

b)

Using the ultrasonic sensor

c)

Using the line-following sensor

d)

Using the CyberPi processor

14.

What communication protocol does the mBot2’s Bluetooth module use?

a)

Wi-Fi Direct

b)

Bluetooth 5.0

c)

Zigbee

d)

NFC

15.

What does the mBot2’s encoder motor allow it to do?

a)

Measure rotation and control speed precisely

b)

Detect light intensity

c)

Measure temperature changes

d)

Follow lines accurately

16.

What kind of projects is the mBot2 best suited for?

a)

Web development

b)

Robotics and STEM education

c)

Video editing

d)

Graphic design

17.

How many line-following sensors does the mBot2 have?

a)

1

b)

2

c)

3

d)

4

18.

What does mBlock’s simulation feature allow students to do?

a)

Build 3D models of robots

b)

Test and debug code without using the physical robot

c)

Generate animations

d)

Create video games

19.

What is a key benefit of using the CyberPi with the mBot2?

a)

It’s waterproof

b)

It provides advanced computing capabilities

c)

It has built-in GPS

d)

It’s solar-powered

20.

Which of the following is an example of an mBot2 extension project?

a)

Building a website

b)

Designing a robot maze solver

c)

Editing a video

d)

Writing a novel