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Intro to Robotics & STEAM
Lesson 12 of 12
Lessons
1 · What is a robot? (sense → think → act)
2 · Why we build robots
3 · Electricity & simple circuits
4 · Input → process → output
5 · Coding logic: algorithms & sequencing
6 · Loops & conditionals (making decisions)
7 · Practice: coding logic
8 · The engineering design process (build → test → iterate)
9 · Beginner platforms (micro:bit, Arduino)
10 · Real robots: factories, medicine, space
11 · Ethics & the future of automation
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12 · Final quiz
12 · Final quiz
1. What three things does every robot do, in order?
Sense, think, act
Charge, drive, stop
Build, test, sell
Listen, talk, sleep
2. In a robot, what is the job of an 'actuator'?
To measure temperature or light
To make something move or happen, like a motor or a light
To store the program
To connect to the internet
3. Robots are especially good at the 'three D's' jobs. What are they?
Difficult, distant, digital
Dull, dirty, dangerous
Daily, daring, delicate
Driving, drilling, drawing
4. Why must an electric circuit be a 'closed' (complete) loop?
So it looks neat
So the electricity has a complete path to flow around; any gap stops it
To make it waterproof
So it uses more battery
5. Computer scientists describe a robot's behavior as which three steps?
Input → process → output
Open → run → close
Power → wait → reset
Start → loop → end
6. What is an 'algorithm'?
A type of battery
A step-by-step set of instructions to get something done
A kind of sensor
A robot's metal body
7. What does a 'loop' do in code?
Makes a decision based on a condition
Repeats steps over and over
Turns the robot off
Measures the temperature
8. A conditional (an 'if / else' statement) lets a program do what?
Run certain code only when a condition is true
Repeat forever
Charge the battery
Move faster
9. In the engineering design process, what does it mean to 'iterate'?
Give up after one failed test
Go back, improve your design, and try again
Build the perfect version on the first try
Skip the testing step
10. According to the FDA, why is a 'robotically-assisted surgical system' not fully a robot on its own?
It is too small to count
It cannot perform surgery without direct human control
It has no sensors
It only works in space
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12 · Final quiz · ElementaryMBA