Reversing a List in Python

A programmable machine or device that performs tasks autonomously or semi-autonomously, often by sensing and interacting with its environment. It typically consists of mechanical components, such as arms, wheels, or sensors.

The brain of a robot, responsible for processing information, making decisions, and controlling actions.

Actuators that allow the robot to move, such as wheels, arms, or grippers.

Components that allow the robot to sense its environment, such as cameras, touch sensors, or ultrasonic sensors.

The physical structure of the robot, including its frame, joints, and other components.

Software programs that define the robot's behavior and functionality.

A microcontroller that controls the mBot2 robot. It is equipped with an LCD screen, microphone, speaker, joystick, push buttons, RGB LEDs, sensors, and more.

A Scratch-based software used to program the mBot2 robot.

Controls the movement of the left wheel of the mBot2 robot.

Controls the movement of the right wheel of the mBot2 robot.

A category in mBlock that controls the two motors connected to the robot's wheels.

A category in mBlock that contains blocks for controlling the mBot2 robot's sensors.

A value that indicates the direction and speed of the wheel’s rotation.

A category in mBlock used to display data or information on the connected device.

A category in mBlock used for monitoring motion and detecting tilts, shakes, and rotations.

A category in mBlock used for detecting various stimuli, such as light, sound, or distance.

A variable in mBlock that stores a number and can be changed during the program.

A type of information that stays the same and doesn't change.

A type of information that changes over time or based on other factors.

The ability to make the robot behave in a way that appears intelligent or self-aware.

The use of technology to connect and exchange data between objects in the real world, often using the internet.

A way for the robot to react to specific events that happen while it is running.

A section in mBlock used to add extra support features and functionalities.

A program or set of instructions written in mBlock to make the mBot2 robot perform a specific task.

A way for the robot to sense and respond to changes in its environment, such as light, sound, or distance.

A category in mBlock that manages the physical devices connected to the CyberPi.

A block in mBlock that is executed when the green flag is clicked.

A block in mBlock that repeatedly executes the code inside until a specific condition is met.

A block in mBlock used to increase the value of a variable by a specific number.

A block in mBlock used to display information on the CyberPi's screen.

A block in mBlock that moves the cursor to the next line for the next information to be displayed.