Fluid Mechanics | Module 2 | Fluid Statics (Lecture 9)

Subject - Fluid Mechanics
Topic - Module 2 | Fluid Statics (Lecture 9)
Faculty - Venugopal Sharma
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[@kiran6313]

Gurupal sir and Venugopal sir both of you are awesome.....the way you teach is really amazing....I saw ur all videos and they are really helpful and awesome....thanks for being there for us...ur support is really appreciable.... thank you so much 🙏☺️

[@tusharmawal3950]

Aapne vector product dA^= ai^ × aj^ = a^2 sin ° kaise liya

[@dharmiksorathiya5021]

@@tusharmawal3950 bro maths main cross product main sin hota hai

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@@dharmiksorathiya5021 ok

[@updateshub1462]

Great

[@chandanpatel596]

😒😒

[@chilltrader330]

I am become a fan of you and your teaching technique. The way you teach, I have started study again after 5 years of completing engineering. Thanks a lot sir. 👍👍💐

[@chehelpinghands1510]

Perfect example of a teacher..... thanks a lot sir for your efforts....

[@rajmalprajapat6724]

Thank you sir and thank you gate academy for making this video.After watching this i solve 7 questions from workbook.Thank you very much sir for your great effort.

[@nitesh9093]

Thanks sir for this priceless information in free without any cost ❤

[@amankumar-kw3xs]

thank you venu sir for transmitting this knowledge to us in an efficient manner. for my selection for PhD, there are some criteria to have some questions from FM in an interview. I choose this channel. and this is my best decision.

[@aratikumari-xd1ql]

🎉 best teaching way

[@rishakumari510]

This lecture is very much helpful for us... Ur way of teaching is excellence sir.. Thanks a lot 😊

[@jaypatel7632]

Excellent👍👏😆..

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Thanxx a lot sir your lectures enhances the student to read. A very well and experienced Concept......

[@Vivek-jf7xz]

Kya masterpiece teaching he sir ji.... Beutiful.... thank you sirji

[@Vilog-2y]

Very helpful video sir ji 👍🙏🙏

[@shailu590]

Thanks for details study

[@ADutta-op9mq]

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[@indiaaryavart4706]

Excellent teaching method respected sir

[@rahulkumarraj4384]

Ekdam sab kuch perfect h aapka😘😘😘

[@powerstar196]

one of the best lecture of fluid ......love you sir venugopal sharma and also hats of u sir :)

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Best source for gate

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Thanku so much sir❤ for this type of lecture is provided which is very helpful nd crystal clear explanation by venu gopal sir love you so much sir 💙💝💝✨

[@harshal104]

Sir make lectures for engg mechanics for both static as well as dynamics section more focus on dynamics

[@souravbandhu9065]

great quality video sir

[@AartiKumari-sl2pr]

Awesome sir ji, thanks 🙏

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Thanks sir really amazing video lecture ..,👍

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your teaching is just extraordinarily, and very good

[@ernareshkumar5530]

Pura samagh me aa gaya sir

[@vanella9997]

Venugopal sir ekdam iit level teaching 🙏🙏👌👌👌👌👌👌

[@ManishSharma-cd7ck]

Amazing explanation sir and excellent lectures

[@Emperor-n7m]

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wow great sir

[@mr.atanu0]

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Wow🎉

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Nice video sir ji

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Fantastic

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Awesome class..😀

[@saurabhdubey7693]

...great efforts thank you sir and gate academy.....

[@sahilsharma8393]

Nice lec sir love u

[@MahendraKumar-vc8hx]

Thank you so much sir Very helpful vedio

[@mukulattri7780]

Superb explanation sir 😍

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Sir AAP bahut he achhe padhte hai ....

[@arzaltafchowdhary8312]

I love you❤ sir. Best teacher ever seen

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You are the BEST 😎

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Sir your lectures is helpful for me in lockdown condition thanks sir

[@shahidyousuf4729]

Me too

[@HappySingh-kc8sy]

Best lecture sir ji

[@harshsingh6148]

The lecture was very helpful thank you sir

[@DeepakGupta-uv1oh]

Thank you Sir for this lovely video 😇😊

[@bablookumar5549]

Very nice video

[@ajaygopal2723]

U r outstanding sir..

[@niraj1729.]

Thankyou sir itna accha padhane ke lea

[@AmanGoyal-lb3ln]

sir as in lecture no. 4 you said if there is relative motion between two adjacent layer of fluid then they feel a resistance to their flow that is viscosity ....but now in this lecture when you are teaching fluid statics (fluid in rigid body motion) if water is in bucket and bucket is moving with velocity V then each and every particle moving with velocity V so there is no relative velocity (relative motion) so by this statement i conclude this result that there is no viscosity in fluid? ....but as we know there is always viscosity in fluid

[@Mkumarcpy]

Nice Waiting for new lecture of this chapter.

[@memewalebhaiya3205]

nice video sir

[@dreamcivil6512]

great explanation of force & area.Kudos to you

[@neeleshdwivedi2896]

Thank you sir for this outstanding video

[@manishjauly9029]

Excellent sir

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Sir ur lectures are very very nice its helping us a lot who are self preparing sir if possible upload more vdos as early as possible thank u sir

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Sir you are awesome

[@mathandgk]

Thanks sir... Excellent explanation.

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Really helpful.thnks

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sending love from nepal

[@engineerspot-umangmishra2405]

Very nice 15:40

[@kajalpati9603]

Thank you so much sir 😊

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Sir please arrange all videos chapter wise of syllabus.The randomness of videos confusing us in searching and continuity is missing..Doing a great job sirrr......!!!

[@kshitizsingh8469]

Sir I have no words to express my gratitude for your help

[@grvjain70]

U explain all topics very thoroughly , sir plz make more videos on civil engineering subjects thanks alot

[@abhinavvyas2485]

thank you very much sir...

[@amitmay12]

👍👍👍❤

[@maliwad01]

Thank you sir❤❤

[@swapnilsinghparihar1278]

sir, is it for mechanical FM mainly? or it also covers question and syllabus of civil FM course?

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It's for Civil too

[@shashwatpandey5344]

Sir, why not then we consider a large area as a vector quantity ? Thanks alot sir ❤️🙏

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Thankyyou so much sir ,its very productive ,awesome lecture ….

[@Surya12431]

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osm sir pls cover all the civil engg. subjects. your teaching style is very good

[@MohdZeeshan-gu6kq]

MAY GOD BLESS YOU ALWAYS

[@siranjeevip696]

Whenever we deal with fluids i.e gas or a liquid we only speak of pressure. But the counterpart of pressure in solids is normal stress. So can we use the terms normal stress for fluid also?

[@work6186]

Sir i really understand your teaching and it is so good. i wan to learn control volume analysis of fluid kinematics. i couldn’t find that video which has this topic so it would be great if you could help me finding that video. thank you so much. - Jigar Shingala.

[@soumyadipghosh6325]

The normal stress within an isotropic Newtonian fluid are related to? IES prev year question. I have read different journal but still in smoke. So please discuss on that topic.

[@rajeswarik2997]

Thank u so much sir . you r teaching in hindi but its not local language for all. if you r explain in english ,these vedios are more usefull those who are not known hindi language also

[@VANKUDOTHUSUNIL]

sir is this helpful for chemical engineering students for gate exam

[@pragyabhushan3941]

Sir pressure only varies vertically in a fluid. To is hisab se dekha jaye to pressure ki definition normal force per unit area sahi h

[@techamar7086]

sir, pressure is scaler or vector unit

[@gauri8564]

Thank you Sir,

[@mr.sagarjadhav672]

Best lecture sir. But i have a question. cross product of i and j must be i x j = k, i think?

[@JB-uu8wi]

Thank you sir....

[@noumanali2837]

Kindly start "Mass transfer" on the same way.. Means that such method as you...

[@Abhik4117]

Sir, Systematic way m sare fluid mechanics k videos ko arrange krke upload kre.. Plz

[@souravojha1363]

Sir plz discuss compressibility and bulk modulus

[@adilhussain5938]

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[@chandrashekharhindu9433]

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Ab ye sab padhkar Kya karoga tu Pakistani Bom Banao Logon ko Maro Engineering me Kya Rakha hai tumhare liye chutiye ?

[@AjayKumar-di4fi]

Thanku so much sir....

[@Kumar_Madhukant]

Thank you

[@sushmit2669]

In case of area if we take very small general qudrilateral then theta is not equal to 90 degree then how can we say that area is vector quantity

[@prashantkumargupta3066]

Good morning sir Jb hmlog peche padhe the to Tau=u du/dy tha but yha JB dekhe Tau x direction me to TAUx= u du/ dx .how can be possible sir

[@ajaygopal2723]

Thanku so much sir

[@kartikeytiwari8967]

In which video will i find the vorticity equation??

[@viswabaddalabaddala6196]

Sir, this complete concept of fluid statistics ?

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Sir has given reference book fluid mechanics by rc hibbler

[@saketfule2697]

760 mm was not converted to 0.760 m to balance with N/m^2 while converting it into " torr "

[@MuhadisaishaqZehra]

Thank u