How Does a Barometer Work?

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  • Опубликовано: 27 сен 2013
  • A barometer is a very useful invention that is used to measure atmospheric pressure and predict the weather.

Комментарии • 62

  • @yuyafujikawa1729
    @yuyafujikawa1729 7 лет назад +12

    Short and concise!

  • @zadlee9860
    @zadlee9860 2 года назад +2

    this helped me when my biology text book couldn't

  • @chucky069
    @chucky069 2 года назад +7

    I passed my exam by learning this from you!!

  • @Jan_Jan_
    @Jan_Jan_ 4 года назад +9

    Yesss thank you so much! Was looking for this

  • @seungbumlee2647
    @seungbumlee2647 2 года назад +8

    Explained how barometer works within 2 mins 👌👌👌 amazing

  • @lake530tahoe
    @lake530tahoe 10 лет назад +20

    Thanks! I don't think there's another video that explains it as well in less than 2 minutes!

  • @sapanasingh946
    @sapanasingh946 3 года назад +4

    Really helpful...... Last minute saver

  • @Cookies_n_cream_bjitch
    @Cookies_n_cream_bjitch Год назад +3

    thank you i have a home school lesson on this :)

  • @fzahrab1
    @fzahrab1 10 лет назад +14

    thank you for the video :) its the only video that made sense to me out of 10 other videos.

    • @TheScienceClassroom
      @TheScienceClassroom  10 лет назад +4

      Awesome! I'm glad that it helped you.

    • @NEXTGEN6717
      @NEXTGEN6717 11 дней назад

      ​@TheScienceClassroom pls reply to this comment. I watched your video after 10 yrs and it helped me so much.

  • @markergaming8394
    @markergaming8394 5 лет назад +4

    Finally makes sense

  • @danielsmith8171
    @danielsmith8171 8 лет назад +10

    okay.. what you didn't talk about was hot and cold air.. is not cold air heavier and causes high pressure? how does that lead to good weather?

    • @Dynamicrop
      @Dynamicrop 2 года назад +1

      True, logic dictates high pressure = cold air = heavy rain

    • @joshgehman232
      @joshgehman232 Год назад

      Temperature is the main determining factor for air density

    • @hun450
      @hun450 Год назад

      Here's what I've understood: if there's a high pressure, there will be winds moving towards the low pressur area. and since there's low pressure, there will be precipitation eventually. However that won't be happening in the high pressure area becuz of descending air. Hence it will be a clear day maybe slightly foggy but no rain as the air in sinking down and not rising to to precipitate.

  • @rickreid81
    @rickreid81 9 лет назад +2

    Youer vido was great. Thank you for taking time out of youer day to teach us somthing! Verry helpful!!!

  • @sharonstreets897
    @sharonstreets897 Год назад

    wow so short but holds a lot of info

  • @arnisheth2572
    @arnisheth2572 3 года назад +2

    Simple and coool!

  • @ahmedibrahim9217
    @ahmedibrahim9217 8 лет назад +3

    thank-you ! simply and well explained. easy to understand compared to all the other sources I checked out

  • @Smart_Soham
    @Smart_Soham 4 месяца назад +1

    Wonderful video brother 👏

  • @mehmoonanoorm8196
    @mehmoonanoorm8196 3 года назад +2

    How barometer measures atmospheric pressure?????

  • @uditmamoriya8301
    @uditmamoriya8301 7 лет назад +2

    Very well explained, and presented.. thanks a lot.

  • @omarandziyad7096
    @omarandziyad7096 6 лет назад +2

    That really helped me out!

  • @jaylaw.7660
    @jaylaw.7660 6 месяцев назад +1

    Great video!!!

  • @delij8
    @delij8 8 лет назад +2

    Thanks this was easy to understand

  • @tjmay3602
    @tjmay3602 Год назад

    wow thanks for the explanation

  • @ellerellerek52
    @ellerellerek52 Год назад +1

    Can you buy brand new barometer? When I try to shop online all I find is antics

  • @yessheis5793
    @yessheis5793 2 года назад +3

    Thank you !!!
    Finally I get it now. 🙌

  • @sebastianherdman3868
    @sebastianherdman3868 10 лет назад +1

    thanks solo much, got my geography coursework exam tomorrow and this was very useful

  • @adolfconrad5176
    @adolfconrad5176 3 года назад +6

    Thanks for this brother, the use of a barometer became more clear to me. May you always follow GOD's guidance

  • @anilsharma-ev2my
    @anilsharma-ev2my 4 года назад +1

    How much negative pressure exists which can hold a kg weight inside the tube ??
    Can you provide every equations which governed mechanical barometer
    Which shows efficiency of the mechanical barometer as an engine working under the atmospheric pressure
    Sooon my gas cylinder is running out so how i cook my food in a lockdown situation
    So we needed atmospheric pressure free energy as a source of heat to cook the food

  • @mohdshahmeer6203
    @mohdshahmeer6203 10 лет назад +1

    u made it simple and easy thanks alot!

  • @diamondsaf5064
    @diamondsaf5064 9 лет назад +16

    How does a barometer work?

    • @anilsharma-ev2my
      @anilsharma-ev2my 4 года назад

      @@Clawwingo can you give every equations which governed mechanical barometer so we got a model which turned 10 ^14 kg pressure into electricity

    • @appleyt6757
      @appleyt6757 3 года назад

      @@anilsharma-ev2my XD

  • @raidzor5452
    @raidzor5452 7 лет назад +1

    Does the height change with the width of the tube or the dish? or the volume of the total mercury?

    • @appleyt6757
      @appleyt6757 3 года назад

      no it doesnt, if it has enough tho

  • @pawlet505
    @pawlet505 2 года назад +1

    yea thank you

  • @ChrisMorose
    @ChrisMorose 9 лет назад +3

    thanks

  • @yasirurooj8749
    @yasirurooj8749 7 лет назад +1

    sir if there is no mercury in the "dish" would the mercury in the glass coulmn fall much more than 760 m.m mark? if we are taking a 1000 m.m long tube contain mercury

  • @noormehra7970
    @noormehra7970 7 лет назад +4

    You explained it very fast😅😅😅😅🤒🤒

  • @hanansikandersikander4349
    @hanansikandersikander4349 3 года назад +1

    Oh .........wow. Yes

  • @litonmolla4855
    @litonmolla4855 6 лет назад +1

    excellent

  • @jasonfallon4968
    @jasonfallon4968 2 года назад +1

    No bullshit. 👍

  • @aayushsuman4592
    @aayushsuman4592 2 года назад

    Concise.

  • @linneaadelejagebro1850
    @linneaadelejagebro1850 7 лет назад +1

    O.M.G THANK YOU I FINALLY GET IT NOW❗️🎀🎀

  • @skiqxz
    @skiqxz 4 года назад

    Watch TED-Ed s vid
    Much better

  • @yogitaswami5751
    @yogitaswami5751 Год назад

    I hate it

  • @user-yn8yl5vj4j
    @user-yn8yl5vj4j 3 месяца назад

    Okay but why mercury, I'm fascinated by mercury.you have to have it at a certain temperature or it's a solid, why not make some sort of soldier suite that can have medal as liquid moving with you but then become solid by some catalyst, what if you made an impact obsorbing cell that cooled upon impact and solidified encasing the organic tissue in an impenetrable barrier¿

    • @TheScienceClassroom
      @TheScienceClassroom  3 месяца назад +1

      Mercury is the most dense liquid at room temperature, so you don't need a very large column to make an effective barometer. Any other liquid would require a device meters tall, therefore way too large to be practical.