Continuity Equation in Cylindrical Coordinates

This video is part of series of video lectures on Fluid Mechanics. In the course of next one year I will create a complete course on "Introduction to Fluid Mechanics".
This video is part of Chapter 3- Fluid Kinematics.The playlist of this video series is
• Eulerian And Lagrangia...
This video will help students to gather conceptual understanding required to crack competitive exams such as GATE , IIT JEE, IES, SSC- JE , IPATE or any exams that tests the knowledge of students in fundamentals of engineering and science. Also helpful to gain employment though tests organized by ISRO, BARC, RRB or other organizations.
This series will also help undergraduate students to prepare for their University exams.
APEX is an institution providing classroom coaching for GATE in Mangalore, India.
For more information visit our Facebook page
/ apexmangalore
We conduct GATE coaching for Mechanical and Civil Engineering in online mode.
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[@niravmk2397]

Wahhh... sir you explained me such a concept which seemed to me tough till now.....❤

[@no-fx6vn]

Sorry to say sir..that you are investing your energy and time in such a thing where people are not interested...you are a great teacher..solve pyq of xe paper ,as it is highly in demand..you deserve more appreciation and views..

[@niravmk2397]

Thank you Sir❤

[@davidreynolds1079]

Least viewed, yet best most coherent explanations on these topics I have found. Thank you for your expertise and sharing knowledge.

[@APEXMangalore]

Thank you for the encouraging words

[@physics_for_HSC]

Thanks a lot sir♥️♥️

[@user-pb4jg2dh4w]

Do you knwo what ...
God bless you man , god bless you
❤❤💯💯💯💯👍👍👍👍👍👍

[@APEXMangalore]

Thank you so much 😀

[@Mohammed_Al_Iraqi]

thank you so much > you are a great teacher

[@yihenewandualem1161]

first of all i would like to thank you, then my question is how expand the last?

[@debrupdas2505]

GREAT LECTURE
!!

[@APEXMangalore]

Thank you Debrup

[@muhammadaaliyan2508]

ULTIMATE CLASS SIR

[@APEXMangalore]

Thank you Aaliyan

[@mpr9235]

hi,at the term of 1/r pd(density.v.r)/pd r you must do write " pd (density.v)/pd(r) + density.v/r "
tank you very much

[@APEXMangalore]

True.

[@dabipoceans2646]

i don't understand your last expansion for partial derivative with respect to r. I think rho should be in every term of the differentiation you did

[@AnanthPai]

Yes You are correct, It is a mistake from my end. Thank you for pointing out the mistake.

[@menabin]

Is here any mistakes i havent found any

[@AdnanKhan-mm6bo]

Absolutely clear..!!

[@tundequadri9145]

Pls,what textbook is this?

[@APEXMangalore]

I refer SK SOM.

[@souravsingh8056]

Sir ya toh hindi me thoda smjhao ya rhne do