A) Define the robot's purpose B) Write the code C) Order all the parts D) Build the chassis
A) Aluminum B) Cotton Candy C) Cardboard D) Play-Doh
A) Making the robot heavier B) Controlling the robot's actions C) Decorating the robot D) Holding the batteries
A) Sound sensor B) Light sensor C) Ultrasonic sensor D) Temperature sensor
A) Steam engine B) Rubber band motor C) Wind-up motor D) DC motor
A) Pretty Wide Motor B) Power Washing Machine C) Pulse Width Modulation D) Parallel Wire Mechanism
A) Hieroglyphics B) Esperanto C) Python D) Latin
A) Resistor B) Diode C) Servo motor D) Capacitor
A) To make the robot lighter B) To make the robot louder C) To change the robot's color D) To change speed and torque
A) Study of materials B) Study of programming C) Study of circuits D) Study of motion
A) Generate signals B) Provide power C) Store data D) Measure temperature
A) LED B) Buzzer C) Bluetooth module D) Potentiometer
A) The number of independent movements a robot can make B) The color of the robot C) The weight of the robot D) The programming language used
A) Simple Language Assembly Method B) Simultaneous Localization and Mapping C) Standard Linear Algebra Module D) Super Loud Audio Mechanism
A) To reduce motor noise B) To measure motor rotation C) To cool down the motor D) To increase motor speed
A) Manual switch B) PID controller C) Open loop timer D) Single resistor
A) Protecting the robot from rain B) Prototyping electronic circuits C) Cutting wires D) Holding screws
A) Controlling motor direction B) Measuring temperature C) Storing energy D) Sensing light
A) Finding the best color for the robot B) Measuring the speed of the robot C) Determining joint angles for desired end effector position D) Calculating the weight of the robot
A) Measure light B) Measure angular velocity C) Measure temperature D) Measure distance
A) Wobbly arm B) Articulated arm C) Bumpy arm D) Squishy arm
A) Robotic Orientation System B) Really Old Software C) Random Output System D) Robot Operating System
A) To help robots move faster B) To make robots louder C) To power the robot D) To allow robots to 'see'
A) Sensing temperature changes B) Measuring the force exerted by the robot C) Measuring the battery level D) Detecting obstacles from afar
A) Making the robot look prettier B) Replacing physical robots entirely C) Testing designs before physical construction D) Avoiding the need for programming
A) Fuse B) Glitter C) Antenna D) Magnet
A) Welded joint B) Glued joint C) Revolute joint D) Fixed joint
A) Storing data B) Powering the robot C) Precise motion control D) Sending signals wirelessly
A) Making them louder B) To increase battery life C) Making them look nice D) Ensuring accurate readings
A) Making the robot faster when it fails B) Designing the robot to minimize harm in case of failure C) Ensuring the robot never fails D) Hiding the robot when it fails |