Flow through syphon

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  • Опубліковано 1 січ 2025

КОМЕНТАРІ • 113

  • @longdrive9005
    @longdrive9005 4 місяці тому +1

    Vacuum pressure- pressure below ATM
    Gauge pressure - pressure above atm pressure

  • @baneulti2159
    @baneulti2159 3 роки тому +3

    Sir, your explanation was very helpful. Thank you.

  • @akashdeb7295
    @akashdeb7295 4 роки тому +11

    Sir you take more time to make understand about negative pressure.. I think it's consumed many time and you deviated from the main siphonic action.. Otherwise overall good

  • @madhuramdeshpande28
    @madhuramdeshpande28 6 років тому +3

    Sir, pressure at C is 2.7 m of H2O abs. n at 25 degree temp @ 3.7 m of H2O pressure it vapourises then
    at C it is less than 3.7 then why it not vapourises before reaching at C, not cleared bcos from 10.33m of H2O is original n 2.7 m of h2o at
    C then 3.7 is in between.

  • @vishalprasad9897
    @vishalprasad9897 4 роки тому +2

    Awesome explanation

  • @kuldeep_bisht
    @kuldeep_bisht 2 роки тому

    Sir ap fluid bahut mast padhate ho 👌 , ye topic bhi bahut acha samjhaya apne thanku sir 👌👌

  • @veerabathinianandkumar6699
    @veerabathinianandkumar6699 5 років тому +4

    Good video , u have not wasted the time , u pointed the area were the students mostly get confused... Tq sir please keep doing the videos and stress the areas where students get stuck..

  • @engineeringnerds16
    @engineeringnerds16 4 роки тому

    17.32 correction.... Liquid boil hoga kyunki pressure at C which is 2.7m which has gone down the vapour pressure 3.5 mw absolute .....

  • @97_sumeetbhosale63
    @97_sumeetbhosale63 4 роки тому +1

    It is also in civil engineering sirrrr
    .
    Syphon spillway in dams

  • @makali5481
    @makali5481 2 роки тому

    Min. Pr. Of liquid at pipe > vapour pr. Of liquid= no cavitation will form.
    And min. Pr. Of liquid at < vapour pr. Of liquid = cavitation will form.

  • @ajit2045
    @ajit2045 2 роки тому

    You are teaching too good...thanku for contribution 🇳🇵🇳🇵

  • @rifathasan3698
    @rifathasan3698 2 роки тому

    Can you please explain syphon breaker

  • @pradeepfadatare8264
    @pradeepfadatare8264 4 роки тому +6

    Small concept took very much time to explain..
    Same thing repeated 1000 time..

  • @rumanasagheer7980
    @rumanasagheer7980 4 роки тому +4

    He teaches too good 🙏 upthrust padhaya hai class 9 ka

  • @nraju377
    @nraju377 4 роки тому

    How can we ensure dat vapour pressure of d liquid is greater than d pressure at summit ie c point

  • @mysteryfacts1685
    @mysteryfacts1685 4 роки тому

    Kamal ka explain kiya hai sir apne..... dil baag baag ho gaya sir ji

  • @saurabhchavan116
    @saurabhchavan116 4 роки тому +1

    Siphon chod ke baaki preesure ka hi batate rahe sir.

  • @anilkumarsharma8901
    @anilkumarsharma8901 2 роки тому

    yani ek kilo pani hee utha sakta hain 10.33 meter tak ????to liver ka use karkey minimum force lagakar maximum water kitna tha saktey hain ???

  • @avi_mishra98
    @avi_mishra98 6 років тому +4

    Sir derivations plz and also make video on flow through a By Pass

  • @anilkumarsharma8901
    @anilkumarsharma8901 2 роки тому

    siphon ki total energy kitna ho sakti hain ???

  • @hernedristi1528
    @hernedristi1528 Рік тому

    Water is pumped from the reservoir with a surface elevation of 200 m across the valley to another reservoir of surface elevation 216 m through a pipeline 1300 m long and 30 cm diameter. If during pumping the pressure is 5.6 kg/cm2 at a point half way along the pipe and at an elevation of 168 m. Compute the discharge and power of the pump taking friction factor as 0.02 Neglect minor losses.
    Please sir solve this problem
    video

  • @brijsathavara5175
    @brijsathavara5175 4 роки тому

    Continuous reaction steam consumption calculation

  • @tarasingchavan7097
    @tarasingchavan7097 5 років тому

    Please explane on open well estimation and pipeline estimation

  • @Rockstar-xv3lt
    @Rockstar-xv3lt 2 роки тому

    thank you very much for sharing knowledge @ siphon

  • @yatri6352
    @yatri6352 4 роки тому

    If we add pump in portion CB what changes will it make.
    Anyone pls help me

  • @ambikabhatt5789
    @ambikabhatt5789 3 роки тому +1

    Very nicely expressed.

  • @brilliantbraincreator8821
    @brilliantbraincreator8821 2 роки тому

    Awesome explain

  • @Priyanka0606
    @Priyanka0606 6 років тому +2

    Sir ji turbulent flow pr kB tk video aa Jayega

  • @SaifulIslam-lu7rp
    @SaifulIslam-lu7rp 4 роки тому +1

    Super sir , Jo samajna Nahi chata wo vi samaj jayange . We need u sir carry on .

  • @afrid2750
    @afrid2750 6 років тому

    nice sir but in summit how flow will struck jii

  • @lokeshbasant5380
    @lokeshbasant5380 5 років тому +10

    Thode se चीज़ को इतना complex बना रहे ho

  • @ramandeep8094
    @ramandeep8094 6 років тому +13

    2.7 m of water= - 7.6m of water ko prove krne k chkkr mei bht time waste hua sir ap topic se bhatak gye

    • @himanshuranjansrivastava1707
      @himanshuranjansrivastava1707 4 роки тому +2

      Bhai mai ye absolute aur guage pressure me hr baar confuse ho jata tha
      Is video k baad rat sa gya hai .
      Siphon k sath ye bhi seekh gya

  • @istaykhairulhasan4369
    @istaykhairulhasan4369 3 роки тому

    how 2.7 m came?

  • @moyesmagic
    @moyesmagic 4 роки тому

    Can anybody tell me what is the meaning of Pavaika fluid says .... What does thi mean 😖

  • @iamthebesst-9
    @iamthebesst-9 2 роки тому

    Thank you sir.

  • @Tiwariji-r8h
    @Tiwariji-r8h 11 місяців тому

    Excellent sir

  • @anilsharma-ev2my
    @anilsharma-ev2my 4 роки тому

    Herons fountain
    Siphon
    Inverted siphon
    Bell siphon
    Sabki equation ko combining karkey maximum free energy nikalo fir usko use karkey hum free electricity bana saktey hai
    Aapsey kaisey baat ho sakti hai

  • @sumanarora8505
    @sumanarora8505 5 років тому

    Sir! If the vapour pressure of fluid A go below 2.7mm of H2O. Then!!!

  • @anilsharma-ev2my
    @anilsharma-ev2my 4 роки тому

    Kabhi ram pump and siphoning key sabhi taraha sey use karkey unki energy flows ko dikhao ???

  • @adityatiwari1180
    @adityatiwari1180 4 роки тому

    Sir lekin summit point pe toh atm pressure se bhi kam h toh waha boiling start ni hoga ?????

    • @pavikafluidsaystawi4289
      @pavikafluidsaystawi4289  4 роки тому +1

      Actually summit pe pressure zaroor kam hai but boiling ke liye required temperature nahi hai. Dono condtion yani low pressure and required temperature bhi chahiye. Like at 1atm pressure, temperature of boiling water temperature = 100 C.

  • @hardiksolanki5975
    @hardiksolanki5975 5 років тому +2

    sir....how to provide air vessel at summit point????

  • @dishankshah5080
    @dishankshah5080 6 років тому

    Sir Apne 1 week pehle free and forced vortex par video banaya tha uske numericals karva dijiye Plzz.gate ke liye bahut important hai

  • @knpresents4745
    @knpresents4745 Місяць тому

    ❤ sir aaise video banate raho hum khush hai❤❤

  • @unlimitedGK-om8bs
    @unlimitedGK-om8bs 3 роки тому

    👍👍👍👍👍👍👍👍 spectacular class Sir thank you very much ☺️😀😎😀😊😀😊😀😊😊☺️😊☺️😊 just subscribd your chanel

  • @rahultonde4889
    @rahultonde4889 5 років тому +2

    Great sir

  • @Priyanka0606
    @Priyanka0606 6 років тому +2

    Please make video on turbulent flow

  • @GulshanKumar-uk2tg
    @GulshanKumar-uk2tg 4 роки тому

    U r incredible sir..

  • @funnyeiapav3nom265
    @funnyeiapav3nom265 5 років тому

    Sir make a video on parallel pipes and its numericals

  • @funnyeiapav3nom265
    @funnyeiapav3nom265 5 років тому

    Numericals plz

  • @VISHALPANDEY-kv6mu
    @VISHALPANDEY-kv6mu 5 років тому

    VERY WELL EXPLAINED SIR
    IT HELPS ME LOT
    KEEP IT UP SIR🙏🙏

  • @nishantsharma7298
    @nishantsharma7298 4 роки тому

    Sir I have a doubt related to pressures in pipelines.... Suppose 100 mm ms pipeline is burried vertically straight under ground to the depth of 500 meter. And water is transferred from the surface to 500 m deep for mining purpose. Why this will result in burst of pipeline? Please help?

  • @rajdeepmondal479
    @rajdeepmondal479 4 роки тому

    Summit pressure should be higher than vapour pressure... but apne to ulta bola mera khayal se... otherwise video was excilent...

  • @sonulokhandesharingexperie8353
    @sonulokhandesharingexperie8353 4 роки тому +1

    Faltu ka samjhaya main point discuss nhi hua ki negative pressure generate kese hota hai...
    Instead level is above free surface level

  • @brijsathavara5175
    @brijsathavara5175 4 роки тому

    Hydrogenation reaction tr calculation

  • @sarthakroy5292
    @sarthakroy5292 4 роки тому

    Sir pls numerical on siphon

  • @rohitsahu5845
    @rohitsahu5845 4 роки тому +1

    sir aap samjhana kya chahte hai

  • @shibanandapriyadarshi7172
    @shibanandapriyadarshi7172 5 років тому +1

    compact and accurate video.thank you sir

  • @webmace
    @webmace 4 роки тому

    you jump the subject of sentences and you speak sentences that are un-connected. you leave the previous sentence unfinished and go to another one.
    i will write those time-tags where you did this.

  • @gurubhudha1598
    @gurubhudha1598 4 роки тому

    Sir ham nepal se hai siphone kaa ak problem hai jo solve nahi horaha hai plz apna Gmail kahiya ham question pathauga sir plz

  • @lokeshbasant5380
    @lokeshbasant5380 5 років тому +2

    बार बार उसी को repeat कर रहे ho

  • @modicarewithpummyjain
    @modicarewithpummyjain 4 роки тому

    Sir aapke vedio vo hi dekhega jo ya to FM padh raha hoga ya padh chuka hoga to choti si baat samjhane k liye itna lamba video kyon.?

  • @ripuborgohain5472
    @ripuborgohain5472 3 роки тому

    Main topic may aww sir

  • @tribalvideobykalenjamoharu7525
    @tribalvideobykalenjamoharu7525 6 років тому

    Working principle ka bi video seperate se baniye sir.

  • @rinkudewangan500
    @rinkudewangan500 5 років тому +2

    Sir ...apki teaching bahut better hai...bahut se UA-cam me paid channal se..
    Like #wifistudy

  • @anilkumarsharma8901
    @anilkumarsharma8901 2 роки тому

    Nadiyon main siphon lagao to kitna bizli ban sakta hai😇😇

  • @amrindersingh821
    @amrindersingh821 4 роки тому +1

    Sir agar yhi samjhana tha to itna tym kyu . Mai topic toh apne krvaya hi nhi

  • @abbashusainkhan8249
    @abbashusainkhan8249 2 роки тому

    Hats off

  • @kamalkumarmaurya1622
    @kamalkumarmaurya1622 5 років тому

    Sir viscous Resistance ka bhi

  • @bonyansari2553
    @bonyansari2553 4 роки тому

    Very helpful

  • @arpanmandal3361
    @arpanmandal3361 3 роки тому

    Note sahi sa clear nahi ha

  • @vishnukantjadhav9995
    @vishnukantjadhav9995 6 років тому +3

    Sir plz syphon ka derivation aur numericals banaye plz

  • @thotasridevi2329
    @thotasridevi2329 3 роки тому

    Simple topic sir , but explanation is with lot of confusion

  • @anilkumarsharma8901
    @anilkumarsharma8901 2 роки тому

    Har kilometre par ek siphon laga do to sari nadiyon main bizli ban sakta hai😇😇😁

  • @Ashishkumar-gw4mw
    @Ashishkumar-gw4mw Рік тому

    i am from civil engineering

  • @AsadullahSA
    @AsadullahSA 3 роки тому

    Subscribed

  • @bashirahmad9472
    @bashirahmad9472 6 років тому +2

    bhai todha short cut mai samjhaya karo...thanks

  • @RushiTechofficial
    @RushiTechofficial 5 років тому

    Thank you sir... very helpful

  • @vaibhavjoshi2142
    @vaibhavjoshi2142 6 років тому

    Sir hydraulic machine pai video

  • @anilkumarsharma8901
    @anilkumarsharma8901 2 роки тому

    to itna pani to utha hee liya hain to yahan ek liver laga do taki kum force main bhi pani nikalta rahein

  • @Shakti__0013
    @Shakti__0013 Рік тому

    Kya padha rhe ho sir ji??? Syphon topic tha aap kaha chale gaye?? Keep it simple with practical examples...aap jo kr rhe ho...woh toh college teacher v prha rhe hai..

  • @anilkumarsharma8901
    @anilkumarsharma8901 2 роки тому

    Siphon maximum power💪⚡⬅ kitna ho sakta hai ntp stp per in India🇮🇳

  • @truptisatapathy1561
    @truptisatapathy1561 6 років тому

    Sir iska numberical kijiya

  • @vikramsingh1784
    @vikramsingh1784 Рік тому

    Watching at 2.5x felt slow

  • @lakshminaresh4075
    @lakshminaresh4075 6 років тому

    Please sir upload strength of material

  • @Sushant-yadav642
    @Sushant-yadav642 5 років тому

    nice ,,sir..

  • @knowledgezone1523
    @knowledgezone1523 4 місяці тому

    टॉपिक को छोड़कर बाकी सब कुछ बताया है सर ने

  • @lokeshdubey8053
    @lokeshdubey8053 6 років тому

    Sir please material science ke most imp. Topic ke uppar videos bna ke bhej dijiye 31 december se phle

  • @kamaldhojadhikari4946
    @kamaldhojadhikari4946 5 років тому

    sir I am from nepal n plz make a video about hardycross method theory n numerical n three reservoir problem

  • @shianrilongreamei2935
    @shianrilongreamei2935 4 місяці тому

    5 min me ho jata

  • @bijnorxyz9953
    @bijnorxyz9953 4 роки тому

    अरे यार हर बार प्रेसर प्रेसर कर रहे हो
    जितना टाईम इसे समझाने में लगाया इतने टाईम मै तो फसल भी सुख जायेगी
    टाईम खराब कर दिया

  • @umsd030
    @umsd030 Рік тому

    This is too long video.....
    Khan sir could do it just in 2 mint

  • @jawedaslam6549
    @jawedaslam6549 5 років тому +2

    First time teaching kr rahe ho?
    Simple sa question ko samjhane me itna time lenge?

  • @SANDEEPYADAV-yp7bj
    @SANDEEPYADAV-yp7bj 6 років тому

    Samjhao yaar isi m bhulawa rhe ho

  • @cosinekharel7728
    @cosinekharel7728 4 роки тому +1

    U dont teach what should be taught

  • @siddharthasidhu7964
    @siddharthasidhu7964 4 роки тому

    Kya bro aisa bolre acha nai bolre tum

  • @souravagarwal8228
    @souravagarwal8228 5 років тому +1

    Kya bak raha hai be

  • @Islamicalochona2
    @Islamicalochona2 2 роки тому

    VERY BAD , REPEATATION AND ALWAYS CONFUSED

  • @akshayghate5784
    @akshayghate5784 5 років тому +1

    Very bad 😷

  • @trendfriend7388
    @trendfriend7388 5 років тому

    B bkl

  • @KapilSaini-og4bv
    @KapilSaini-og4bv 5 років тому +1

    Kya bkawas kr rha h