Are you a teacher who wants to use micro:bit in your classroom, but doesn't know where to start? We'll show you how!
How to easily employ AI image/sound recognition for your microcontrollers, even if you know nothing about machine learning.
Today, I am going to show you how to make your Micro:bit talk using a very easy programming language called MicroPython.
In this quick and easy project, you build a micro:bit moisture sensor
Hello friends, in this tutorial we will test a Microbit robot. This robot is able to detect obstacle and auto balancing.
Experiment with the Physical Web by turning your micro:bit into an Eddystone beacon.
A Micro:Maqueen Robot Car.
Would it not be interesting to see if people around you are using a Google/Apple API based Corona Contract Tracing app? Calliope can help.
Don't let your BBC micro:bit collect dust! Here is how to use it with Blynk and Arduino IDE.
Learn how to connect a Snap Circuits LED to the snap:bit and control it with the micro:bit.
Turn any LED from Snap Circuits into a blinking LED. The micro:bit will automatically turn the LED on and off every second.
After shaking the micro:bit, it generates a random number (0 to 31), which will be shown with the led matrix (0 to 5 dots, 5 bits).
Simple BBC Micro:bit Script Step-o-meter!
Learn how to program the micro:bit to turn the Lamp (L1) of Snap Circuits on and off with the help of the NPN Transistor (Q2).
Step Counter using Microbit
Learn how to power the micro:bit from the battery holder of Snap Circuits.
Countdown using #microbit
Radio link two micro:bits and a 'sonar' ultrasonic distance sensor. Detect movement with one and immediately show an alert on the other.
In the following passages, we are going to show you a detailed course of Micro:bit and start your programming trip together.
Learn how to play sounds and music from the BBC micro:bit through the Whistle Chip (WC) of Snap Circuits.
Teachers: learn the basics for teaching your students to code with the micro:bit using MicroPython.
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).
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