micro:Environmental Science Environmental Science Board

The article emphasizes the importance of environmental protection and offers a guide on using micro:bit with an environmental board, focusing on hardware, software, and connection aspects.

The article explains how to use MakeCode and soil moisture sensors to monitor and maintain optimal plant hydration levels, emphasizing the importance of water in plant health, the role of forests, and photosynthesis in environmental sustainability.

The article provides example code for measuring and controlling water temperature using MakeCode, explains the principle of water temperature sensors, and includes sample code for converting temperature from Celsius to Fahrenheit, offering practical insights for projects involving temperature measurement.

The article provides an in-depth look at water quality testing principles using MakeCode, focusing on TDS values. It covers basic knowledge of water, the importance of protecting water resources, and practical TDS measurement methods using probes. Readers will understand water's role in life, pollution challenges, and how to test different water sources, ultimately gaining insights into preserving our limited freshwater resources.

This article provides an in-depth exploration of ultraviolet (UV) light, detailing its discovery, types, and effects on the human body. It highlights the advantages of UV rays, such as sterilization and vitamin D production, alongside the potential harms of overexposure, like skin and eye damage. The article introduces UV sensors, explaining their role in measuring UV intensity accurately. Through example code, it guides readers on measuring UV rays using MakeCode, emphasizing the importance of understanding UV exposure for health and safety.

This article delves into the principles of color recognition and the RGB color model, offering practical insights with sample code for programming RGB LEDs and understanding color sensors through MakeCode.

The article offers sample code for using a micro:bit to measure ambient light, exploring the principles of light sensing and practical applications such as automatic street lighting and dawn wake-up service. It covers hardware setup and programming techniques to effectively utilize light sensors.

This article explores the principles of sound waves, auditory processing, and sound sensors, providing sample code for micro:bit to dynamically measure and display sound strength, enhancing programming skills through engaging projects.

The article provides insights into measuring atmospheric pressure using sample code and explores the relationship between pressure and altitude, along with methods such as mercury barometers, metal membrane barometers, and pressure sensors.

This article provides an in-depth guide on using the micro:bit environment expansion board to explore natural science through sensors measuring environmental data such as temperature, humidity, and more. It emphasizes the importance of environmental protection and offers programming examples for measuring and understanding these data points.