Hydraulic jump derivation

Hydraulic jump derivation

[@jayjanatatv]

I don't know why ppl r nt satisfied with ur videos...U r brilliant n explaining really well!😀great help for me...thank u😌🙏

[@amithchandapur7798]

It was a really nice explanation sir ! I love your videos ! Keep doing them ! Best of luck !

[@LAISHUB]

for ab flow in a rectangular channel if the final fraude number is 2.4 and energy loss is 6 m calculate velocity before the jump initial and subsequent depth critical velocity after the jump

[@LAISHUB]

How to solve ???

[@gauravsuthar333]

Best sir ever I don’t see as like you sir ji keep it up 👌🏻👌🏻

[@binodkusiyait1428]

Good way of explaination 🙏 thanks for sharing a video

[@anjela8411]

Your camera and me, we both need good "focus" 😂

[@rahulkumar-dm9vq]

LoL 😂 .. in the beginning of video when camera starts focusing ... It seems like a isis propoganda video.. 😂

[@rajnarayansingh3970]

Lol

[@sarveshbhushanmestry8508]

😂😂

[@md0007]

Most complicated explanation.. making it simple Sir

[@vaishalinavale7201]

Excellent

[@David-gp8dx]

Amazing way of teaching

[@chandrashekaracharymaheshw7954]

Superb explanation ❤❤

[@harshithpop6744]

sir, please use 'open camera ' app for focus lock.. is just below 2MB

[@shashank_d_a]

Thank you sir for teaching very well

[@ashokkumarsingh8892]

so helpful video so nice video

[@abdulsamadbhati636]

Thank You Sir

[@PositiveMindset-md2cb]

Thank u so much sir❤

[@RizwanShaikh-by1rw]

awesome as always sir huge respect

[@suhailrather985]

It is ur worship sir . thanku sir jee

[@darpandalvi9837]

Bahot fayda hua sir . Thank you ✌️

[@farhankhan6511]

Ty very much sir..its help me alot

[@16-dce-umarbilal77]

Thank you sir❤

[@im_piyush_g2708]

Sir app bhot Acha padate pr plz thoda example ke sath explain kijiye jis se bhot accha concept clear hoga

[@ishankishan4088]

Nice sir

[@shripadshete7387]

Explain continuity equation for open channel flow

[@ambujkumar3478]

Sir aap bol rahe the ki dV/ dS is equal to 0... So momentum me change kaha hua...Reply as soon as possible

[@amitbanik2832]

thank you sir

[@imzafatima6612]

Super awesome. Thank u sir.

[@smaranikasahu3678]

Well explained.Thanq sir

[@shahilvlog77]

Sir engineering drawing per kuch videos banayie aapka explainastions ache se samajh aata ha 1 do din mei banayie mera xam ha toh aapke help se paas karna chahta hu

[@imzafatima6612]

Sir i have a question. At one point where you wrote the rate of change of momentum, how do we take the difference of two velocities since in the beginning you said flow is uniform and velocity at 1 and 2 is same.

[@sauravprakasharya6081]

Steady flow not uniform flow bro....he taught us wrong

[@civilengineeringacademybya6002]

Yes sure flow is steady.. Bcz in tapering channel flow will not be uniform.. I thought sir confused

[@chetansubedi4022]

Thank u sir

[@sumeethshetty599]

Thank you sir, it was helpful

[@CE__VinaykumarGautam]

Sir pump pada dijiye please

[@erajaykumar2738]

Tnx sir g

[@ashadevi1089]

Raj Abhishek Singh - sir camera ko focus see hta lijiye other wise lecture. Was a phenomenal....

[@shaikafzalahmed3398]

A good explicit.....!!

[@showkethaneef3998]

Sir keep it up

[@niteeshumashankar7916]

It was useful tq sir

[@bhargavchary5590]

Sir.. Plsss keep types of hydraulic jump... Video sir

[@shivshankarrajwade4175]

Nice lecture sir..

[@MuhammadIrfan-vw3wo]

plz sir up load laws of conservation in open channel flow

[@shambhusah9503]

Derivation of sequent depth of rectangular section explain video sir

[@surendrachoudhari6646]

Thanks you very much sir

[@nishantkumar5380]

Sir please please please explain positive surge moving upstream and downstream

[@Reactorimam]

Plz explain this topic

[@Abhijeetkumar-mp9hl]

sir vedio long hoga to koi bat nahi but each vedio me total concept clear kigya ga

[@shubhendudas2623]

sir integration of varied flow by analytical , graphical and numerical methods wala vdo bnaiye...bhut zrurat hai sir ...plzzzzzz. im from birla institute of technology mesra ranchi

[@surendrachoudhari6646]

Sir please make videos important for strength of material before gate exam 2019

[@PrashantKumar-df6te]

Sir aap great ho pr sir jb ek unit ki study kra rhe ho to use puri khatm kya kro

[@p2m85]

Sir hydraulic machine pe bhi lecture bna dijiye

[@avinashuk0224]

Thank you sir....

[@sanjaygarud3657]

Sir, energy equation plz....!!!

[@niketanchettri5650]

Amazing

[@vikramsingh-zj3eo]

Thanks sir thanks a lot

[@jubairahmed2899]

Sir can u explain the pressure diagram....how to make pressure diagram....as you showed in this video how the diagram came in a triangular shape not else....if possible explain the way

[@virenderkumar-jr1ty]

Thnx sir..

[@nishantkumar5380]

Thanx sir

[@sanjibgohibar6396]

Thanks sir

[@Sagar-vs7ji]

Sir critical height kiya hoti hai ..plz reply

[@shaluyadav4846]

What about b where is go??

[@Niteshkumar-yp3mt]

sir very good explanation.....but the explanation is more than we need... I mean videos are too lengthy.....so plz teach to the point...no need to describe everything in detail like a scientist....because we dont have to become scientist...we have limited time sir

[@abidqasmi5629]

Sir can u plz upload video related to numerical on hydraulic jump on sloping glacis by using Blench Curves. Thnx in anticipation

[@akashyadav-oh6rc]

Sir compound channel ka video banay ho aap to link de dijiy

[@Blackrose-or7fy]

please put english sub titles sir, good videos though

[@sheikhperwezsp]

thnku sir

[@asifdar3018]

Dear sir I plz release the video head loss due to sudden expansion and due to sudden contraction of pipe becoz it is very important in the exam point of view

[@pavikafluidsaystawi4289]

ok for sure

[@learninggamermithucool9611]

itna ghuma dia sir...cdhe cdhe btaya kro

[@91099Babar]

You have missed some of the Maths Exceptional principles to express in the vid.

[@mdaabid6553]

Sir rectangle ka b=1 kaise liye

[@atsm141]

Momentum formula ko itna ghuma k kyun btya simple tarike she v ho jaata

[@sumodhms19]

thanks sir for making this video;this video help me a lot...........kooi confusion 😂

[@shivjatanprajapati1496]

Sir ye kasi aya hai

[@SANDEEPYADAV-yp7bj]

Aapki video dekhne k baad ghabrahat home lag rhi hai 1 hi cheez 20 mntri se bata rhe hai

[@deepakpandey9971]

Sir if b= 3 than ... What we will do?

[@103devrajsagyalallu4]

We are doing for unit width that's why we must take b=1

[@SakshamSharmaBT]

Sir .. this derivation can be called "Momentum equation " or not

[@roopesh3925]

Can be called.

[@SANDEEPYADAV-yp7bj]

Q formula bana rhe hai sir seedha seedha samjha do n confuse kar de rhe hai

[@NAKULSHARMABCL]

EK HI CHEEZ 100 BAAR NAA BATAO ISSEY MIND DIVERT HOTA HAI AUR CONFUSIONS HOTI HAI...

[@peacemotivational9577]

Confusion

[@harshdeep8945]

Advertisements ko hata do sir

[@ayaanreels78]

dear you didn't justify with this topic.

[@Sanjaykumar-zf8ip]

Kuchh nhi samgh me aaya sirr.

[@nishantkumar5380]

Sir isme kg kyo Lana hai sir

[@pavikafluidsaystawi4289]

Kg means kilogram. Actually hame chaiye rate of change momentum. Aur momentum jo hai wo hota hai = mass x velocity. ok To mass kaise ayega apka. Apko density term lani padegi. Agar aap density ki unit dekhoge to i.e (Kg/m3). Unit maine isliye lai thi ki aap ko kis se multiply karna hai. Ye batata hai. Actually it tells formula.

[@nishantkumar5380]

Thanx sir

[@SANDEEPYADAV-yp7bj]

Kuchh nahi samajh aaya

[@manishrajput6750]

Smajana ni ata hu tumako

[@SANDEEPYADAV-yp7bj]

0 clarity ha aapki

[@LAISHUB]

for a flow in a rectangular channel if the final froude number is 2.4 and energy loss is 6 m calculate velocity before the jump initial and subsequent depth critical velocity after the jump

[@LAISHUB]

How to solve

[@kamal-xe9cn]

Nice sir

[@pranavjain298]

Thanx sir