Obstacle Avoiding Robot

What skills can students develop through building an obstacle-avoiding robot using Arduino, IR sensor, battery, and L298 module?

• Cooking skills

• Carpentry skills

• STEM skills and problem-solving abilities

• Musical skills

What is the purpose of the Arduino board in the obstacle-avoiding robot project?

• To provide light

• To generate heat

• To control the robot's movements based on sensor inputs

• To play videos

Hey there! Can you tell me what role the L298 module plays in the obstacle-avoiding robot project?

• It helps in measuring distance

• It is responsible for controlling the speed of the motors

• It detects obstacles along the way

• It adds a musical touch by playing music

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

• Java

• Python

• C/C++

• Scratch

What component provides power to the obstacle-avoiding robot in this project?

• Solar panel

• Battery

• Electric generator

• Wind turbine

When the obstacle-avoiding robot spots an obstacle with its IR sensor, what does it do?

• It keeps on moving forward

• It switches its direction

• It powers down

• It kicks off a dance party

What is the main objective of an obstacle-avoiding robot project?

• To cook food autonomously

• To detect and navigate around obstacles

• To generate music

• To measure temperature

Which component ensures precise control over the robot's movement in the obstacle-avoiding robot project?

• Arduino Uno

• Breadboard

• IR sensor

• L298 module

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

• Raspberry Pi

• Arduino

• PIC Microcontroller

• Intel Edison

Hey there! Can you tell me what the IR sensor does in the obstacle-avoiding robot project?

• Helps the robot power up

• Measures the temperature

• Detects obstacles

• Generates light