Obstacle Avoiding Robot

What programming language is commonly used to program the Arduino in an obstacle-avoiding robot project?

• A) Java

• B) Python

• C) C/C++

• D) Scratch

Hey there! Can you help Naira with this exciting challenge? What is the main goal of programming in an obstacle-avoiding robot project?

• A) To cook food

• B) To control the direction of movement

• C) To measure the temperature

• D) To decorate the robot

Which microcontroller is commonly used in an obstacle-avoiding robot project?

• A) Raspberry Pi

• B) Arduino

• C) PIC Microcontroller

• D) Intel Edison

How does the ultrasonic sensor help Aditi's robot avoid obstacles?

• A) It detects obstacles in the path

• B) It measures the temperature

• C) It plays music

• D) It measures light intensity

What is the primary function of an obstacle-avoiding robot?

• A) To dance

• B) To move randomly

• C) To avoid obstacles in its path

• D) To follow a specific path

When an obstacle is detected by the ultrasonic sensor, what does Aarush's Arduino do?

• A) It starts breakdancing

• B) It throws a dance party

• C) It moonwalks

• D) It does the robot dance

What exciting skills can Krish, Eesha, and Aanya develop by creating a cool obstacle-avoiding robot using Arduino, L298 module, and servo motor?

• A) Culinary skills

• B) Carpentry skills

• C) STEM skills and problem-solving abilities

• D) Musical skills

What is the role of the L298 module in the obstacle-avoiding robot project?

• A) It controls the servo motor

• B) It provides power to the Arduino

• C) It regulates the speed of the motors

• D) It controls the direction of movement

Which component is responsible for rotating the ultrasonic sensor to detect obstacles in different directions?

• A) L298 module

• B) Servo motor

• C) Arduino

• D) Ultrasonic sensor

What role does the servo motor play in the obstacle-avoiding robot project?

• A) It provides power to the robot

• B) It controls the direction of movement

• C) It detects obstacles

• D) It rotates the ultrasonic sensor