Darcy weisbach equation derivation || fluid mechanics ||

[@civilcivil6810]

Thanks you, looking like my mother 😀

[@skrisnakumari3429]

Looking like my dream girl 🤩

[@SelviPadmaNathan]

​@skrisnakumari3429 😂😂

[@ravipendra7148]

your explanation is very very nice thanks for providing this type of video

[@zappzpp]

Thanks for your work!! begins at 1:50

[@Focuss09]

good lecturing mam keep it up may god bless U and be happy 100 years teaching like this only

[@mohdsajid1571]

THANKS MAM FOR YOUR EASY UNDERASTANDABLE EXPLANATION

[@musicalupdate4580]

It is really understandable video mam,thanks for these video,we expect much more these type of understanding videos..

[@vemamalathi3799]

Nice explanation madam and good delivery of word clearly

[@moinakter4708]

Thanks mam... It will really help me 😍

[@tracysara6754]

Still confused on friction factor and coefficient of friction

[@siddarthaveerla1060]

Thanks madam super telling excellent work

[@akashkumarkumar1198]

Helpful video really mam

[@ksree-kx9oo]

Superb explanation

[@Pradeep-ri6dc]

In last step 4÷2 =2 not 1/2

[@MSD-es1hw]

Good Madum but in friction.... There is one correction that( pie.d.l.....)means wetted surface area.... Thanq really helpful.....

[@impostor__5168]

Thank you ma'am I saw your video just before the exam and it helped :)

[@Mediation4Healing_Calm_Peace.]

Nice explaination mam

[@Dhivakar_Marimuthu]

Explanation good

[@caleb461]

Well done!

[@HANVIKHA_JOY_MANAR]

Super mam

[@mandlasiddhartha6531]

Nice mam 😊🥰😍👍

[@Karthik12485]

Super madam good explanation

[@ritikaverma8797]

Thank you mam

[@collinskyama2300]

thank you for the explanation i like the way youve kept it short though the language am not getting it. but thanks

[@mujahidshaikh7]

in last line some mistake may be please you see and do correct this i do not understand last line how came in the position put f=f'

[@spectrum_gaming9382]

Madam. Since we have two pressure heads P1 and P2 so then why don't we have frictional forces F1 and F2

[@harleylord2752]

Bro friction is same with surface

[@vickyvk8876]

Friction is always acts opposite to the flow of the fluid.....

[@CHUdaykiranKT]

Tq Madam this video very useful to me

[@lavanyas.b8389]

Tq mam .i easily understood it

[@Sam-du5fb]

May I ask why f'/p = f/2?

[@Janufoodtravelvlogs]

She tell know it's constant

[@sadhguruphilosophy2065]

Thank you so much ma'm

[@SatheeshBalasundaram-b3x]

Thanks mam...🎉

[@ramanmishra7767]

too good mame osm loke it 😋😋😋😋

[@akashvishwakarma6667]

Thank you very much...madam

[@ShubhamYadav-xy5dg]

🙇🙇🙇

[@kalisettinagamanikanta4087]

Dhanyavaad

[@jmfchittu8419]

mam why pressure p2 is opposite to flow

[@lakshmiarepaka4020]

How does row turns into 2 in the last step

[@prateekparbat]

Its actually rho(density)

[@vickyvk8876]

Same doubt

[@vickyvk8876]

@@prateekparbat no its 2 only... if it is rho where is that 4

[@booraraghavendralokesh2373]

@@vickyvk8876 f'/rho =f/2 ....so in the place of f'/rho we have taken f/2

[@booraraghavendralokesh2373]

@@vickyvk8876 and 4 is came from p/A =πd/π/4 d square ....so numerator d and dinominator d gets cancel and π also gets cancel in both numerator and dinominator....and we get 4/d

[@diliptamata3034]

Mam we can cancel out 4/2 so i.e answer will 2flv^2/gd ❤️

[@newstop6230]

Wow

[@chanduchandu6893]

Thanks

[@cd_edits8405]

Thank you mam i fill easy...

[@TheLokhande]

Thank you madam

[@nithinraghavendra9218]

Perfect!

[@shivangitripathi520]

Thanks Mam

[@jayavijyacreations3774]

Thank you very much for your brief and straight to point explanation madam

[@dgn6283]

Thank you teacher

[@podakoppe5535]

Got the concept :)))

[@IOSDINEGAMING12308]

Thanks mam❤

[@BalaThineshv]

Mam coming 29th machining technology exam ply give any important questions

[@SandeepYadav-bj1zl]

Madam why u take P2 as negative

[@vinayakhuracan5182]

Velocity at inlet is high (low pressure), as moving on through the pipe velocity decreases due to friction so at outlet velocity is relatively low to inlet (high pressure), always pressure flows from high to low ( fancy term:back flow)

[@vijay-sg3bb]

It is in opposite direction

[@neerajsetty7119]

Thank you

[@Chinna749]

Madam chaala speed ga cheppukoni velthunnaru we can't catch your speed pls tell slowly other your way of teaching was good👍👍

[@Chinna749]

Other wise

[@poonamshukla2028]

Thankyou

[@karthikkarthikkn4615]

10:12

[@Janufoodtravelvlogs]

Boundary layer chapter

[@JOLLYRANCHER.201]

Thank you mam, you're beautiful and God bless you

[@kazimd.mehedihasan399]

never hf=(4fLV2/2gd) It is hf=(4fLV2/8gd)

[@masinisudheerreddy5817]

Thanku mam

[@ravirowdy828]

what are the minor losses mam

[@g.oku.l._]

Like losses in elbow , bend ,sudden expansion in pipe or sudden contraction and also in valves

[@sadeek2009]

لكل زول بقرى عند ساتي يدعي للمرة تجي تقرينا

[@saiteja2928]

Thank u madam

[@dipankarb]

Dekh k hi nhi dekhne ka Mann Kiya

[@mr.ramanbhagat1627]

jo samjana nhi aaya bahut jldi skip kiya (f/2)

[@shivasmart967]

tq mam

[@shashidharmadar2964]

Thank you madam