Circuits2Robotics Eduventures

Prerequisites for Using Raspberry Pi Pico

Safety guidelines

1.2 Python Challenge : Add print statments to this Python code

1.3 Challenge : Python Code

1.4 Assignment : Python Code

1.5 Python- Introduction to loops

1.51 Donut loop

1.6 Challenge- Python code with a loop

1.7 Activity- Python code with a loop

1.8 Python Challenge

1.9 What's wrong with this code?

1.9b Assignment : Python code

2.1 Safety guidelines to be followed for each lesson

2.2 First LED circuit with RaspberryPi Pico

2.3 Check your circuit- one LED with Pico

2.5: Code review - how to resolve errors in your code (Note: Pico should be connected to your computer for this code to work!)

2.6 : How to resolve errors in your code

2.7 Blink your LED in a loop(NOTE: Connect Pico to the computer with the USB cable before starting this lesson!)

2.8 Change timer of your first LED from Pico microcontroller (NOTE: Connect Pico to the computer before starting this lesson)

2.9 Let's check the loop you just added in your code, and make sure there are no syntax errors.

3.1 Blink 2 LEDs from your Pico microcontroller (NOTE: Pico should be connected to the computer with the USB cable for this project.)

3.2 Blink 3 LEDs from your RaspberryPi Pico microcontroller! (Don't forget to connect your Pico to the computer first!)

3.3 Assignment to change your code to vary the pattern

4.1 Introduction to Turtle library in Python

4.3 Can you code to draw a square with sides 200 pixels long?

4.4 Now, can you try to code to draw a rectangle with sides 50 and 30 pixels ?

5.5 Answer key : Code to draw a rectangle