📊 micro:bit Data and Climate Change
  • Introduction
  • Data
  • Climate Change
  • Our Tools
    • 01- micro:bit
    • 02 - MakeCode
      • A - Events
      • B - Animations
      • C - Counting
      • D - If Hot
    • 03 - Servo Motor
      • Coding your first servo motor on MakeCode
    • 04 - Neopixel
      • Coding your first neopixel on MakeCode
  • Activities
    • Tools and Data Together
      • 01 - micro:bit and Data
      • 02 - Servo Motor and Data
      • 03 - Neopixel and Data
  • Showcase Projects
    • 01 - Air Pollution
      • A - Servo Motor
      • B - Neopixel Grid
    • 02 - Green Energy Forecast
    • 03 - Temperature Change
      • A - Neopixel Grid
      • B - Neopixel Ring
    • 04 - Heavy Precipitation Days
      • A - Neopixel Grid
      • B -Servo Motor
      • C-Neopixel Fairy Lights
    • 05 - Greenhouse Gas Emission
      • A - Neopixel Grid
      • B - Neopixel Fairy Lights
  • 🚀Extra Missions
  • Support Material
    • Data on the Run
    • Data Visualization Examples
    • Data Science of Climate Change by Lucie Luneau
    • Ideas from the Canadian Space Agency - CSA
    • CASC + Science Spotlight
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  1. Showcase Projects

01 - Air Pollution

PreviousShowcase ProjectsNextA - Servo Motor

Last updated 2 years ago

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We are starting with one activity don with two of our tools. We will visualize data related to air pollution using a servo motor and also with a neopixel.

Description

These activities visualize historical data, from 1990 to 2014, tracking air quality represented as the amount of particulate matter (pm) in the air. One of them will use a servo motor and the other will use a neopixel grid.

Particulate matter definition

In the next activity, we visualizating data using the servo motor.

Particulate matter is a mixture of solid particles and liquid droplets of varying size and chemical composition that are suspended in the air. It is classified as either primary particles emitted directly into the air or as secondary particles formed in the air by chemical or physical processes.

Teacher's Corner - Particulate Matter

Particulate matter is classified into two different sizes:

  • PM2.5

    Particles with an aerodynamic diameter of less than 2.5 micrometres. These particles are easily inhaled into the lower airways (the gas-exchange regions of the lungs) and deposited in the lungs, causing adverse health effects.

    PM10

Particles with an aerodynamic diameter of less than 10 micrometres, including PM2.5. These particles can be inhaled into and settle in the bronchi and lungs, leading to health problems.

Find more information about this topic on this site

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