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