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Understanding Fire: Burning Process, Flames, Colours | Science of Fire Explained

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  • Опубликовано: 13 апр 2021
  • Discover the fascinating world of fire in this educational video. Learn about the chemical reaction that produces fire as fuel combines with oxygen, and explore the concept of ignition temperature. Dive into the burning process of wood, uncovering the evaporation of its components and the formation of smoke, charcoal, and ash. Witness how fire sustains itself and generates captivating flames. Explore the connection between heat and light, unraveling the reasons behind the diverse colors exhibited by flames. Access our interactive quiz in the description to test your knowledge and reinforce your understanding. Ignite your curiosity and gain insights into the captivating science of fire. Keywords: fire, burning process, flames, colors, ignition temperature, wood-burning, fuel, oxygen, chemical reaction, smoke, charcoal, ash, heat, light.

Комментарии • 18

  • @nandhinisubramani7385
    @nandhinisubramani7385 2 года назад +1

    Wow super video 👌👌👍👍
    Thank you so much I want this video

  • @macromachina7339
    @macromachina7339 2 года назад

    Best video on fire i`v seen

  • @notsakurakana
    @notsakurakana 10 месяцев назад

    very well explained for friend who did not know how fire works

    • @thepracticalschool42
      @thepracticalschool42  10 месяцев назад

      Please share the video and channel with friends and colleagues.

    • @notsakurakana
      @notsakurakana 10 месяцев назад

      @@thepracticalschool42 I have

  • @KELLEYBURGESS-jb6cj
    @KELLEYBURGESS-jb6cj 2 месяца назад

    Light is spelled incorrectly.

    • @thepracticalschool42
      @thepracticalschool42  2 месяца назад

      Ahh. Thanks for spotting. Not sure where though. I hope the message is clear in the video. The unfortunate thing is I can't edit the video.

  • @LuigiCotocea
    @LuigiCotocea Год назад

    Ehh mixing fuel + oxygen just makes it so you can burn it even in space not actually making the fire start on its own!
    Because it acts as an oxidizer like a bonding element so rocket engines work in space with no air

    • @thepracticalschool42
      @thepracticalschool42  Год назад +1

      Rockets carry their own oxidizer onboard, usually in the form of liquid oxygen or other chemicals. They don't rely on atmospheric oxygen like combustion engines on Earth. The fuel and oxidizer are combined in the rocket's combustion chamber, creating a chemical reaction that produces thrust and propels the rocket forward in the vacuum of space.

    • @cognizentone
      @cognizentone 8 месяцев назад

      If you watch the video completely you'll see that ignition and temperature are mentioned. Also, yes rockets carry their own oxidizer...

  • @Minecraft1.21
    @Minecraft1.21 Год назад

    Hello is there anyone from vii silver, because I'm Ahmad