Break your big, ugly tasks into cute little chunks using the Pomodoro Technique! This simple project uses MicroPython to make it happen.
Learn how to program the micro:bit to turn the DC Motor (M1) of Snap Circuits on and off with the help of the NPN Transistor (Q2).
Teachers: learn the basics for teaching your students to code with the micro:bit using MicroPython.
A step by step guide to program a micro:bit mobile robot to line follow using MicroPython
Learn how to control the state of the LED with the press switch.
Here, we'll learn how to make a simple arcade game.
Learn how to amplify the sound from the BBC micro:bit and hear it loud through the Speaker of Snap Circuits.
Learn how to play sounds and music from the BBC micro:bit through the Speaker of Snap Circuits.
Short of batteries? Power your Snap Circuits from the micro:bit!
Learn how to use the radio function of the micro:bit to control remotely the Snap Circuits.
Learn how to apply special effects on the LED of Snap Circuits with the help of the BBC micro:bit.
Learn how to power the micro:bit from the battery holder of Snap Circuits.
Learn how to use the photoresistor (RP) of Snap Circuits as a light sensor input for the micro:bit.
M5Stack and Micro:bit can control each other, thanks to the M5:Bit
webUSB, webMIDI, webBluetooth, oh my web! In this session, we will explore what webUSB, webMIDI and webBluetooth API.
Learn how to use your micro:bit for programming the RGB LED integrated into the Color Organ of Snap CIrcuits.
This Hackster project will show you how to use a motor/servo board with a micro:bit to power multiple servo motors.
A step by step guide to program a micro:bit mobile robot to light up using MicroPython
A step by step guide to program a micro:bit mobile robot to move around using MicroPython
Learn how to use the Press Switch (S2) of Snap Circuits as button A or button B of the micro:bit.
Micro: bit Automated Self Watering Plant
Name Tag using #microbit
Countdown using #microbit
Learn how to change the brightness of the connected Red LED (D1) of Snap Circuits by writing an analog signal to the micro:bit pin.
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