Hydraulic lift school science project - hydraulic lift working model - easy project - project work

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  • Опубликовано: 13 май 2022
  • Hydraulic lift school science project - hydraulic lift working model - easy project - project work
    Tools and Materials:
    2 syringes
    Hose, cardboard, hot glue, colored water
    Hydraulic Lift is a simple science project for school students who are interested in science experiments which can be done at home are classroom or any were. You can make this science project and learn about pressure.
    This Science project idea Hydraulic Lift is most suitable for Grade 5 Science Projects
    If you liked this video, be sure to give thumbs up, comment and share with your friends and families!
    instagram: inventor_man?ig...
    #ideas #inventions #diy
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Комментарии • 123

  • @sudhabala5030
    @sudhabala5030 6 месяцев назад +1

    It is a super working model🎉
    It is very easy to make and it is working too👍🏻

  • @youtubetv7000
    @youtubetv7000 2 года назад +4

    Super!

  • @tabellamatshaya5179
    @tabellamatshaya5179 Год назад +1

    Woow

  • @MidasTheFootballer
    @MidasTheFootballer Год назад +1

    Thank you for the idea😊

  • @nuranstudyy8752
    @nuranstudyy8752 2 года назад +3

    Abi bu yenilenebilir enerji kaynaklari projesine girer mi?

  • @VBSingh-dk1ij
    @VBSingh-dk1ij Год назад +2

    Nice

  • @lakshmireddybuddemma5787
    @lakshmireddybuddemma5787 Год назад +1

    Super

  • @user-mu9fy4qt1u
    @user-mu9fy4qt1u 3 месяца назад +1

    😮wow

  • @ismailm5_kozalak
    @ismailm5_kozalak Год назад +5

    Bu abimiz neredeyse 10 dakikada yapıyor ben neden 4 saatte yaptim

    • @inventorMan
      @inventorMan  Год назад +2

      İçin rahat olsun kardeşim bende 10 dakika yapmıyorum video öyle 4 saatte yaptığımı düşünsene kim izler her video için bir gün harcıyorum bazen bi kac gün

  • @sadiazia409
    @sadiazia409 Месяц назад +1

    It is a great working mod and very easy to use🎉🎉🎉🎉🎉 I appreciate it very very much plz people who are watching this vedio dont try to see another vedio its great

  • @UserUser-zs7lb
    @UserUser-zs7lb Год назад +1

    Kullandığınız hortumu nerede bulabilirim

    • @inventorMan
      @inventorMan  Год назад +2

      Akvaryum malzemeleri satan yerden bulabilirsin akvaryum hortumu yada eczaneden serum hortumu ikiside oluyor

  • @ENES61814
    @ENES61814 2 месяца назад +1

    Çok sağ ol abi senin sayende 100 aldım❤❤❤❤❤

    • @inventorMan
      @inventorMan  2 месяца назад

      İşine yaradığına sevindim

  • @maryannarcesanchez1463
    @maryannarcesanchez1463 8 месяцев назад +3

    Can we paste it with cold siliconne

  • @Engtales-zz8gc
    @Engtales-zz8gc 10 месяцев назад +4

    What can we use instead of hot glue ?

  • @t.d.damodaranhdfchomeloans3842
    @t.d.damodaranhdfchomeloans3842 Год назад +5

    Bro can you say the dimensions for all the things?

  • @oyun_gaming326
    @oyun_gaming326 Год назад +6

    Merhabalar öncelikle iyi günler fen projmde ödev olarak sunacağım nasıl anlatabilirim yardımcı olursanız sevinirim 😊

    • @inventorMan
      @inventorMan  Год назад +2

      Merhaba açıklama şu şekilde yapılabilir.
      Enjektörün pistonuna kuvvet uyguladığımızda oluşan basınç Pascal prensibine göre sıvının temas ettiği tüm noktalara tam olarak iletildiği için ikinci enjektörün pistonunda bir kuvvet oluşturur. Böylece pistona bağlı olan hidrolik kol yukarı doğru hareket eder ve yükü beraberinde yukarıya taşır.
      Enjektörün pistonunu geri çektiğimizde enjektör içindeki basınç azaldıkça hidrolik kol yükle birlikte aşağı doğru hareket eder.

    • @oyun_gaming326
      @oyun_gaming326 Год назад +2

      Abi çok sağol valla adamsın ya

  • @dubistfertigcool
    @dubistfertigcool 4 месяца назад +1

    Thanks

  • @UmutCan.52
    @UmutCan.52 2 года назад +4

    Abi engelliler için küçük bir proje yaparmısın yapabilirsen

    • @inventorMan
      @inventorMan  2 года назад +3

      Aklima gelmiyor bir şey fikrin varmi

    • @UmutCan.52
      @UmutCan.52 2 года назад

      @@inventorMan işte bende bulamayınca uzmana sordum abi

    • @inventorMan
      @inventorMan  2 года назад +1

      Şuan yok düşüneyim araştırayım biraz

  • @_softgril_
    @_softgril_ Год назад +2

    Abi basit makina modeli olur mu nolur acil cevap

  • @اصيل_الحصني
    @اصيل_الحصني 5 месяцев назад

    I would like an explanation of the scientific project

    • @inventorMan
      @inventorMan  5 месяцев назад +1

      When a pressure acts on a liquid in a closed system, the same pressure prevails everywhere in the system.
      In other words, this liquid is under the same pressure everywhere. This event dates back to the 17th century. Blaise Pascal discovered it in the 16th century and it was called Pascal's principle or Pascal's law.
      Pressure occurs when a force acts on an area. .
      Pressure = Force / cross-sectional area
      P=F/A
      According to Pascal's principle, this pressure affects every point in contact with the liquid inside the container equally.
      This seemingly simple principle has inspired many machines and systems currently used in daily life and industry.
      pascal's principle
      Pressure always acts at right angles to the container surfaces
      It is possible to set up a system that makes use of Pascal's principle, magnify a small force and use it in various applications. Such as elevators, lifting platforms, press machines, hydraulic jacks.
      So how does this happen?
      In the system pictured, Pascal's law states that the pressure is the same at the inlet and outlet.

  • @Iwzwoon
    @Iwzwoon Год назад +1

    Is this able to lift 500g things

  • @loafyw0346
    @loafyw0346 Год назад +2

    Abi ben 5ml şırıngalarla videodaki ile aynı ölçüde yaptım ama su akıyo. Ölçüden dolayı mı acaba? Silikonla akvaryum hortumu yapıştırdım gene akıyo :(

    • @inventorMan
      @inventorMan  Год назад +1

      Yapistirdigin yerden mi akıyor

    • @loafyw0346
      @loafyw0346 Год назад

      @@inventorMan evet abi akvaryum hortumunun ucundan akıyo ama baktığımda hava kaçırmıyordu

    • @inventorMan
      @inventorMan  Год назад

      Su olmadan hortum ve şırınga kuruyken yapıştır silikonun iyice donmasıni bekle öyle su koy

    • @loafyw0346
      @loafyw0346 Год назад

      @@inventorMan Yardımcı olduğun için tşk abi

    • @inventorMan
      @inventorMan  Год назад +1

      Su akmayi kesebildin mi

  • @saranyak3427
    @saranyak3427 6 месяцев назад +1

    Please tell where you could buy the hose

    • @inventorMan
      @inventorMan  6 месяцев назад +1

      online or from places that sell medical supplies

  • @user-ru8xb4gr6d
    @user-ru8xb4gr6d 2 месяца назад +4

    Explain it for class 9 please

    • @inventorMan
      @inventorMan  2 месяца назад +1

      When a pressure acts on a liquid in a closed system, the same pressure prevails everywhere in the system.
      In other words, this liquid is under the same pressure everywhere. This event dates back to the 17th century. Blaise Pascal discovered it in the 16th century and it was called Pascal's principle or Pascal's law.
      Pressure occurs when a force acts on an area. .
      Pressure = Force / cross-sectional area
      P=F/A
      According to Pascal's principle, this pressure affects equally every point in contact with the liquid in the container.
      This seemingly simple principle has inspired many machines and systems currently used in daily life and industry.
      pascal's principle
      Pressure always acts at right angles to the container surfaces
      It is possible to set up a system that makes use of Pascal's principle, magnify a small force and use it in various applications. Such as elevators, lifting platforms, press machines, hydraulic jacks.
      So how does this happen?
      In the system pictured, Pascal's law states that the pressure is the same at the inlet and outlet.

  • @thegirlwhoofficallyneednam4019
    @thegirlwhoofficallyneednam4019 Год назад +1

    what is the tube called.....?

  • @lakshmireddybuddemma5787
    @lakshmireddybuddemma5787 Год назад

    Baku kuda chacin a ipuda

  • @kadarisirirajesh1733
    @kadarisirirajesh1733 Год назад +2

    Please explain for 6th class please bro

    • @inventorMan
      @inventorMan  Год назад +2

      Since the pressure created when we apply a force to the piston of the injector is transmitted exactly to all the points in contact with the liquid in accordance with Pascal's principle, it creates a force on the piston of the second injector. Thus, the hydraulic arm connected to the piston moves upwards and carries the load upwards along with it.
      When we pull the piston of the injector back, the hydraulic arm moves down with the load as the pressure inside the injector decreases

  • @t.d.damodaranhdfchomeloans3842
    @t.d.damodaranhdfchomeloans3842 Год назад +1

    Bro tmrw i hv ky pra ticalz . Can you say how can i xplain this . I need a much simpler one. im grade 11

    • @inventorMan
      @inventorMan  Год назад +1

      Since the pressure created when we apply a force to the piston of the injector is transmitted exactly to all the points in contact with the liquid in accordance with Pascal's principle, it creates a force on the piston of the second injector. Thus, the hydraulic arm connected to the piston moves upwards and carries the load upwards along with it.
      When we pull the piston of the injector back, the hydraulic arm moves down with the load as the pressure inside the injector decreases

    • @t.d.damodaranhdfchomeloans3842
      @t.d.damodaranhdfchomeloans3842 Год назад

      Thank u bro

  • @recipesin10mins62
    @recipesin10mins62 Месяц назад +1

    Good Bro But the water is leaking and do we have to everytime put it upside down and then put water i. And so on?

  • @elayanardoner1437
    @elayanardoner1437 Год назад +1

    Normal su ile denedim olmadı neden acabaa

    • @inventorMan
      @inventorMan  Год назад

      Olması lazım sorun ne tam olarak

  • @nancymireyamartinezsanchez2516
    @nancymireyamartinezsanchez2516 Год назад +1

    Esto podria cargar 5 kg?

  • @shalinisuneja8916
    @shalinisuneja8916 Год назад +1

    Tried doing it but it didn't work...can you pls explain and also confirm from where to get the material

    • @shalinisuneja8916
      @shalinisuneja8916 Год назад

      Pls reply fast as I have my submission tmrw

    • @inventorMan
      @inventorMan  Год назад

      You can buy supplies online or from pharmacies.

  • @davidkhisa9862
    @davidkhisa9862 Месяц назад

    Kindly I want to know the name of the fluid being used to stick the cardboards together

  • @Lastbornstar_
    @Lastbornstar_ 4 месяца назад +1

    Can you paste it with cold glue

  • @zarjdeck2653
    @zarjdeck2653 2 месяца назад +1

    Is it a food color that you mixed in the water sir?

  • @busranurozturkci7623
    @busranurozturkci7623 Год назад +1

    10 ml değilde 20 ml şırınga olur mu? Onu bulabildim.

    • @inventorMan
      @inventorMan  Год назад +1

      Olur sadece ölçüleri biraz daha büyük yapmaniz gerekebilir onun dışında çalışır

  • @aakankshasingh1608
    @aakankshasingh1608 Год назад +3

    3:02 my injection pressure was not working why?

    • @abdulbakikillibalkadir8182
      @abdulbakikillibalkadir8182 Год назад

      For complete pressure transmission, the two syringes must be completely filled with liquid. You probably left an air gap.

    • @inventorMan
      @inventorMan  Год назад

      check the connections for leaks

  • @godgaming-vm2yp
    @godgaming-vm2yp Год назад +1

    What happend?

  • @iyankkolakajaya8141
    @iyankkolakajaya8141 8 месяцев назад +1

    Assalamualaikum

  • @godgaming-vm2yp
    @godgaming-vm2yp Год назад +1

    Work?

    • @YT_BHE_NINJA
      @YT_BHE_NINJA Год назад

      suiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii

  • @heromailesi6167
    @heromailesi6167 Год назад +3

    Gerçekten o kutudaki amazon prime reklamını kimse görmedim mi

  • @user-dc6vx6pb5o
    @user-dc6vx6pb5o 11 месяцев назад +1

    একটু দয়া করে বলবেন এটা বিজ্ঞানের কোন শক্তি থেকে কোন শক্তিতে রূপান্তর হচ্ছে। গতিশক্তি থেকে স্থিতিশক্তি নাকি স্মৃতিশক্তি থেকে গতিশক্তি তে রূপান্তরিত হচ্ছে

    • @user-dc6vx6pb5o
      @user-dc6vx6pb5o 11 месяцев назад

    • @inventorMan
      @inventorMan  11 месяцев назад

      জলবাহী শক্তিকে সম্ভাব্য শক্তিতে রূপান্তর করে

  • @user-dc6vx6pb5o
    @user-dc6vx6pb5o 11 месяцев назад +1

    এটির নাম কি?

    • @inventorMan
      @inventorMan  11 месяцев назад

      তুমি কি জিজ্ঞাসা করছ

  • @godgaming-vm2yp
    @godgaming-vm2yp Год назад +1

    Can i inject normal water?

  • @eminekara2098
    @eminekara2098 Год назад +2

    Bu sıvı ne şu ile olurmu bizde hidrolik sistem dersinde yapicaz güzel olmuş

    • @inventorMan
      @inventorMan  Год назад +1

      Boyalı su özel bir şey değil

  • @tuber883
    @tuber883 Год назад +5

    Please reply me fast tomorrow is my Practical 🙏

    • @inventorMan
      @inventorMan  Год назад +3

      Since the pressure created when we apply a force to the piston of the injector is transmitted exactly to all the points in contact with the liquid in accordance with Pascal's principle, it creates a force on the piston of the second injector. Thus, the hydraulic arm connected to the piston moves upwards and carries the load upwards along with it.
      When we pull the piston of the injector back, the hydraulic arm moves down with the load as the pressure inside the injector decreases.

    • @inventorMan
      @inventorMan  Год назад +2

      Suitable for 11th grade

    • @Sxbham
      @Sxbham Год назад

      @@inventorMan can we use fevicol or glue instead of hot glue gun please reply fast tomorrow is my project submission day

    • @inventorMan
      @inventorMan  Год назад

      @@Sxbham yes you can use

    • @inventorMan
      @inventorMan  Год назад

      @@Sxbham Use instant glue carefully

  • @godgaming-vm2yp
    @godgaming-vm2yp Год назад +1

    Bro

  • @tuber883
    @tuber883 Год назад +1

    Kya ye project class 11 ke liye suitable ho sakta hai

    • @inventorMan
      @inventorMan  Год назад

      उचित होगा

    • @inventorMan
      @inventorMan  Год назад

      चूंकि जब हम इंजेक्टर के पिस्टन पर बल लगाते हैं तो दबाव पास्कल के सिद्धांत के अनुसार तरल के संपर्क में आने वाले सभी बिंदुओं पर प्रसारित होता है, यह दूसरे इंजेक्टर के पिस्टन पर एक बल बनाता है। इस प्रकार, पिस्टन से जुड़ी हाइड्रोलिक भुजा ऊपर की ओर चलती है और भार को अपने साथ ऊपर की ओर ले जाती है।
      जब हम इंजेक्टर के पिस्टन को वापस खींचते हैं, तो हाइड्रोलिक आर्म लोड के साथ नीचे जाती है क्योंकि इंजेक्टर के अंदर का दबाव कम हो जाता है।

  • @kadarisirirajesh1733
    @kadarisirirajesh1733 Год назад +1

    Hello please explain ok

    • @inventorMan
      @inventorMan  Год назад

      sorry it's a little late

    • @kadarisirirajesh1733
      @kadarisirirajesh1733 Год назад

      Its ok bro

    • @kadarisirirajesh1733
      @kadarisirirajesh1733 Год назад

      Bro tell me what is the use of this ? Pleasee tell me bro i want to explain in front of guests

    • @inventorMan
      @inventorMan  Год назад

      Since the pressure created when we apply a force to the piston of the injector is transmitted exactly to all the points in contact with the liquid in accordance with Pascal's principle, it creates a force on the piston of the second injector. Thus, the hydraulic arm connected to the piston moves upwards and carries the load upwards along with it.
      When we pull the piston of the injector back, the hydraulic arm moves down with the load as the pressure inside the injector decreases

    • @tabellamatshaya5179
      @tabellamatshaya5179 Год назад

      I also wanted an explanation

  • @slatokoz
    @slatokoz 3 месяца назад +1

    Suyla yapsak

  • @benjaminalexismartinezpea4808
    @benjaminalexismartinezpea4808 11 месяцев назад

    a

  • @lakshmireddybuddemma5787
    @lakshmireddybuddemma5787 Год назад +1

    Super