A robot used in car production plants

A robot that helps students learn programming

A vacuum cleaner robot

A robot that translates different languages

It makes robots “smart” by determining how they respond to sensor information

It keeps the robot’s structure strong

It provides power to the robot

It physically moves the robot’s parts

A program that helps robots process data and make decisions

A set of physical components that power the robot

A device that allows robots to store more energy

A sensor that helps the robot detect obstacles

To provide storage for information

To move parts of the robot

To receive signals from sensors

To clean the robot’s structure

The number of sensors it has

The robot’s brand

The robot’s size and color

The type of robot and the required operating time

Glass, ceramic, and cloth

Wood, rubber, and paper

Water, air, and foam

Metal, plastic, and carbon

Teaching students how to program

Helping doctors perform surgeries with high accuracy

Cleaning floors

Cleaning hospitals

Hydraulic pumps

Microcomputers

Solar panels

Motion sensors

A vacuum cleaner that moves by itself to clean the floor

A simple calculator

A manual car

A regular fan

To move robotic arms

To generate electricity

To pick up and analyze sounds

To store data

Cameras

Motors

Structure

Sensors

They make robots lighter

They analyze data collected by sensors

They store power for long-term use

They move different parts of the robot

It determines how intelligent the robot is

It affects the robot’s weight and ability to move

It controls the robot’s power supply

It allows the robot to store more data

A robot used in car manufacturing

LEGO Mindstorms robot

A robot that assists in surgery

Roomba vacuum cleaner

Industrial robots

Medical robots

Home robots

Educational robots

To help robots pick up information from their surroundings

To make robots stronger

To provide power to the robot

To increase the robot’s storage capacity

Power source

Large storage memory

Human control at all times

Internet connection

Robotic arms

Cameras

Motors

Batteries

Structure

Robotic arms

Sensors

Motors

To process information

To carry all the components of the robot

To store data permanently

To provide power to the robot

Helping robots see using cameras

Detecting environmental changes

Storing energy for future use

Picking up sound information

Sensing through sensors

Interacting with surroundings

Moving

Feeling human emotions

To provide power to the robot

To help move objects with precision in factories

To store and analyze data

To clean the robot’s structure

Cleaning floors without human effort

Helping doctors in surgeries

Assisting in factory work

Teaching students how to code

They can move, sense, and interact with their environment

They must always be controlled by a human

They are limited to entertainment purposes

They only work in factories

A machine that replaces all human jobs

A device that only stores information

A device that can be programmed to perform specific tasks automatically

A machine that needs constant human control to function

In homes for cleaning floors

In schools for teaching programming

In factories for performing tasks with high accuracy

In hospitals for performing surgeries

A robot used in car manufacturing

A Roomba smart vacuum cleaner

A surgical robot

A LEGO Mindstorms robot

Solar cells

Direct electrical power

Batteries

Water energy

In hospitals for medical surgeries

In schools to help students learn programming and technology

In homes to assist with cleaning tasks

In factories to assist with production

They provide communication between sensors

They allow robots to move and execute commands

They store energy for the robot

They help robots think faster

A robotic arm

A sound sensor

A battery

A power switch

It processes data from sensors and issues commands to the motors

It moves the robot’s parts

It stores energy for the robot

It cleans the robot’s internal components

Industrial robots

Home robots

Medical robots

Educational robots

Eyes

Brain

Legs

Hands