multitube manometer pressure problems (Fluid Mechanics lecture)

[@RohitJoshi-cn6mm]

I think this is the only video on KZbin which is covering multiple column manometers Explaination of topic is very good👍👍 Thank you sir

[@AJAYSINGHBISHT927]

Yess bro maine bahut search kiya nahi mila tha👍

[@BimpeOdutayo]

Bro is a legend 😊

[@charlesvallega9262]

I love. How he says the word IS IT CLEAR. OR NOT??? IT AWAKENS ME. LOL

[@gargichowdhury435]

First time I understood the concept truly

[@dragon_emperor101]

I have searched through out youtube to find a video like this..... I think I got my channel and a perfect explanatory teacher...Hatts off sir

[@mohammadmukhtar1666]

Great video! Answer is roughly = 355 KN/m^2

[@wordlife7508]

what a great teacher thank you so much for spending your teaching us god bless you

[@fouadnoor6687]

Best explanation! Not gonna lie! Right through my head! ...Thank you so much Sir!

[@diane3094]

Thank you, Sir! Just what I needed to get ready for my exam.

[@maxrodriguez7567]

This video was phenomenal, I have been struggling early on with these types of problems, but this explanation made everything so clear! Thank you :D

[@carmen333p]

So helpful, thanks for taking the time to upload this. Love from México.

[@mercysamuel6301]

Nice video .. I was confused when my lecturer was teaching this .. Good work sir

[@Ace_-ep5vr]

I greatly appreciate this video as both my own lecturer's materials and online have pretty much nothing about multicolumn multifluid columns.

[@DarthCoco]

This is the explanation I needed. Thank You Sir! I got 358581.16 for the pressure of the gas.

[@Ray-gr7yc]

i have struggling in understanding this topic, thank you so much. your way of positive and negative is very easy and simple unlike others

[@victorjohnson-c6t]

i am from Afghanistan but seeing this vedio i will say Jai Hind

[@olufemigeorgemathsforhighs6054]

Very interesting lecture. It is very clear. Explanation is brilliant. Thank u so much.

[@nazirulaiman6041]

Every time u said " is it clear or not?" I said clear! 😂 And "is there any doubt?" I said no!😂 Sir thank u vm, now i know the simplest way to solve it.

[@alarakaragoz9422]

thanks a lot ! this is the most explanetory and helpful video on youtube

[@hadeedshaikh5465]

Dear sir Thankyou very much for uploading such a great video the vedio quality is great and also your teaching skill are great thankyou ver much sir

[@ganeshgganeshg4717]

Great Explication and clear concept. Thank you sir.

[@muhammadazeemmohsin5666]

I enjoyed watching this with nice explanation. Thanks

[@semiconductorsinarabic4090]

You the best man!! I love your way of explaining

[@HarshSharma-iv1ec]

Aap se achcha abhi tak Kisi ne Nahin samjhaya

[@techhub3328]

Thanks ,love from Nepal❤❤

[@abdullahe3674]

awesome lecture and i appreciate that its in english kind regard:)

[@krishnendusarkar9516]

Thank u sir for d video.after seeing ur video fluid became my fav subject.

[@RohitChowdhury_sajaysaini]

Nice to see your feedback

[@hashimkawhtarali5291]

God bless u man, the best explanation

[@akritidas3689]

only 1 hour left before exam and finally I found this video thanku

[@abdullahe3674]

my the Lord bless you awesome explanation thankyou:)

[@mayankpatil8492]

this 2nd exact problem was there in BHEL-ET-2019...

[@surendradegra4712]

explained in such an amazing way

[@Upsallauniversity123]

thanks sir you just made my day😀

[@AJAYSINGHBISHT927]

Super oswm explanation... Sir Ji Answer of the question=354.60kPa

[@kevinthalmos4968]

I got 189 kPa (189 135 Pascals) for the second question

[@veroniceneves7791]

Great and intelligent teacher!!! Congratulations

[@thomasheadley1218]

Fantastic Lecture! Understood immediately, loved the way you taught, please make more on Fluids!

[@nezo4058]

Thank you sir for these really great explanation ✨😭

[@ramyachandrasekaran5900]

Wow🔥🔥... Very clear... Thank you so much 🤝🤝

[@muhammadhaseebmujtaba5960]

Great work. Got full understanding

[@sushantparekar5483]

Sir last one answer is 354.613 kpa

[@abdalhalimzeineldeen1705]

A big thank from lebanon

[@vukanimthethwa2278]

Thanks for your time in explaining this, its very helpful

[@gavihiremath6504]

Make videos on machine design sir, superb explanation.

[@thuraya2303]

Fantastic explanation !

[@navjeetsingh5771]

Thanku so much,pls upload video of laminar flow and turbulent flow

[@rajput7979]

Very helpful..... Thankyou so much🙌🏼

[@ocleanlungujr1094]

excellent work sir

[@SigmaKidd]

Dude thank you, you explained this so well, it was very CLEAR lol

[@sambhavgarg9588]

You just made an excellent video thank u and plz upload more video

[@quant459]

Excellent teChing skill...

[@mohsinmohamed7938]

for the final answer i got 354,62 KPa

[@shenci9767]

Thank you sir! I hope you upload more examples and videos. I really understand your lessons ^_^ have a nice day!!!

[@iqqss_6325]

This is amazing! Thank you!

[@omkar-oz2wp]

beautiful 💕💕💖

[@lamashere1273]

Best video 👍🏼 thank you so much

[@saifurrahmanshawon1419]

Great video, thankyou

[@HamzaIbrahim-rm5yf]

Thanks for explaining in english

[@elsadignaser8987]

Thanks indeed however if you apply the Bernoulli Concept it will more clear

[@muhammadawais-ks4rj]

Wow 👍🏻👍🏻 Concept cleared

[@johnmathewmanuel1933]

i wish you are my prof. cause my professor doesnt explain well he just calculate

[@similisiwengqandu9717]

This video was very helpful, thank you! Also, is the answer 363.4 kPa?

[@fortunatenkuthalo]

Very helpful, thank you

[@alexwalton2132]

made my day also brother, much love

[@adityay1970]

354.6 kpa- last sums answer

[@gargichowdhury1237]

Very nice concept clearing video.

[@Openheimer_]

Sir ;please add more videos related to concepts and numerical problems of fluid mechanics.

[@sakethvasanthavada4345]

Crisp clear and excellent !

[@Sanchie991]

YOU ARE THE BEST I FREAKING LOVE YAAAA

[@shreyankshresth1146]

Really Good ! All the best!

[@ntcc2821]

Well explained thank you

[@pinoygonefishin]

Thanks, man! Clear explanation!

[@causeformayhem]

Thanks Sir. the answer is 363 437.11 Pa

[@mr.noname6109]

Thanks a lot sir. Helped me a lot.

[@ihediohanoble2373]

What value of ATM did you use?

[@ntandontenza5714]

Thank you, thank you, thank you sir!

[@cashew82914]

some indian guy in youtube always saves me from failing classes

[@Immaculate_20]

pressure of gas= 354.624 KPa

[@twanakoye8047]

Very useful, thanks for the help ❤️🌹

[@prathiipkaundar.r5219]

Vanakam sir, for the second video why its equal to Patm and also for the second video as well if didn't neglect the pressure of air is that will effect the final answer ? for the last, if in question didn't mention which point to start, how to know where is the starting point to calculate the overall pressure ?? Thank you sir, superb explanation with video. 😀😀😀😀

[@arjunmohod6022]

Just amazing u made my day thank u sir

[@johnlecraw6065]

On the 2nd question why do you subtract the answer with atmospheric pressure? Isnt the answer already the gage pressure?

[@betweenthelines6875]

Ans for the 3rd question is 354.6kPa and I have a question; when finding the density of the unknown gas, you multiplied SG by the density of water (reference substance). My understanding is that when working with SG of gases you have to use a gas as a reference substance and not a liquid. Is my understanding correct or am I missing a key point?

[@wansegamat3064]

Up is negative, down is positive.. very easyy..

[@Anonymous-ge7dl]

Sir bring more vedio about fluid

[@Tech_430_28]

firstly i would like to thanks you! 2nd I have one question on the second example you now what if the fluid is influenced by the external pressure(atmospheric pressure) then what happens to the system?

[@mr.noname6109]

In the 2nd problem the fluid is influenced by the atmospheric pressure. The only difference between the first and second problem is, in the first the pressure at B is gauge pressure and in the second it is atmospheric pressure ( you can consider it as gauge pressure). Whenever there is atmospheric pressure involved you always get the absolute pressure(as in the 2nd problem) on the other end of the multimanometric tube.

[@rudrashiva]

Why you have taken upward direction as -ve and downward direction +ve ???

[@sahirupremathilaka]

Against gravity minus. Towards gravity plus

[@aaabbb-pp9ee]

Why r u not uploading more videos

[@bonginkosimasango3760]

just made my day

[@moinulislam9438]

Tnx sir for nice explanation Sir would u plz tell me why you dont start from right side

[@RohitChowdhury_sajaysaini]

You can do it.answer will not change .you can try

[@lapchaell]

Thank you very much sir

[@muhammadhaseebmujtaba5960]

Sir specific gravity of OIL is 0.85 as for as i know. But you have used 0.79. According to 0.85, my answer is: 364.517 kPa. Kindly reply

[@RohitChowdhury_sajaysaini]

Dear specific gravity of oil mostly varies in that range of something 0.71 to 0.85. depending on types and brand

[@muhammadhaseebmujtaba5960]

@@RohitChowdhury_sajaysaini Thanks a lot for your kind consideration

[@sreenathmr9614]

Very good video

[@ranjanchowdhury7081]

Very nice 👍👍👍

[@jaypatel7632]

Awesome👍👏..

[@ronaldojanse1838]

Thank you sir🙌

[@mongeziben8015]

thank you sir for showing me the light

[@jhonvaltybanez3769]

THANK YOU SO MUCH SIR.

[@dhruvrabadiya8719]

Thank you sir!!

[@michaellasabate3373]

THANK U SO MUCH!!! I understand

[@md.imranhossainkhoka5822]

If I consider the specific weight of air (like density = 1.21 kg/m3 and g=9.81 m/s2), the solution will be wrong???? Please....

[@RohitChowdhury_sajaysaini]

No sir,you will not be wrong. Since density of air is very less, we neglect it unless it is mentioned in the question.

[@shriyagautam2856]

Thank you so much sir 😊