PYQs on Laplace Equation | Short Cut Tricks | CSIR NET 2011 to 2023 | GATE 2003 to 2023

This lecture explains the PYQs on Laplace Equation |Fully Short Cut tricks | GATE 2003-2023 | CSIR NET 2011- 2023
#gate2024 ‪@DrHarishGarg‬ #csirnet

[@sonaligoud-de1cj]

You are that ray of hope whenever mind says I can't do your video says to mind I can do. Thank you sir. 🙏🙏🙇

[@ChandanKumar-dn9lz]

Exactly

[@smaranikabiswal3439]

Very helpful 🎉 Thank you sir 🙏🏻

[@SADDAMHUSSAIN-mw3cv]

Superb...it's very helpful.. thanks alot respected sir...

[@Siya-zp8ik]

Great work sir❤ Thanku so much❤

[@vishaljaiswal8675]

Harish garg sir You are awesome.

[@HaftuAdhena-i4d]

You are Excellent and your explanation very clear to understand easily.

[@RohitKumarYadav0516]

Sir topology and modern algebra ke pyq bhi upload kr dijiye ...... It's a very wonderful session. Thank you so much sir.

[@professorragavan9783]

Thank you very much sir. I didn't know about any theoretical part of Laplace equation. After saw this video, it is very helpful and i have a confidence to crack CSIR NET. Thank you

[@sweetyrani650]

Thanks sir for discussing all questions in one video

[@charitylyngdoh8912]

Thanks alot sir

[@ronneysaini7763]

Superb sir❤❤❤

[@shrawankumarpatel2148]

Thank you so much sir no word for your .......

[@ANAV2018SHARMA]

Sir ur content is awesme

[@RanjangamingYT7477]

Thank you ❤

[@Sudeeppradhan1999]

Thank you sir ❤❤❤❤❤❤❤

[@sakshityagi5551]

Thankyou so much sir ...I was struggling to find solution related to laplace equation question but after watching your video all doubt are clear...Thankyou sir ❤

[@SasankaKayal-b8s]

Thank you so much sir ...❤

[@sahooart]

Thank you so much sir

[@bakulmanna7123]

Thank you so much sir ❤

[@nitupran1243]

thank you sir

[@avnishpaliwal8180]

7:40 not clear bcz in first example value of f(x) is given at u(x,0) then why you not consider it in 3rd category or 3 rd case

[@akankshasharma6898]

Sir in laplace 3rd and 4th cases what is the value of A we should taken like in 1st 2nd sinh(npi)

[@musiclover5445]

Sir, can you please upload videos on 2 topics of course UMA012 Floating-point representation, rounding and chopping errors.

[@sweetyrani650]

This is really helpful

[@abinasasahoo6362]

Sir, in the Solution of every case you use U(x,y)=A Sin(n pi x / a ) Sinh(n pi y / b) but in M.D Raisinghania's book, the solution is given that U(x,y)=A Sin(n pi x / a ) Sinh(n pi y / a).In the numerator of Sin or Sinh, they use either ''a'' or '' b'' not both. Please give me the reference of the book which you follow?

[@chumkidey7564]

In 4:35 the solution of u(x, y) does not Satisfies the boundary conditions.... Sir can you please check it again.

[@soundsleep4119]

Sir typed the boundary condition wrong, it must be u(x,pi)=sin(3x), u(x,0)=0.

[@PriyankaParia-q2x]

Thank you 🎉​@@soundsleep4119

[@NitishKumar-tt6mn]

u(x,0) = cosnx k liye kya karenge?

[@MohdAasif-mf8tu]

at 47:12 the sum doesn't seem to be correct. Perhaps a• comes out to be =0

[@vishusinghofficial3506]

Sir modern algebra ka important topics ka koi pyq kara dete...

[@JnJn-c7t]

Sir ,, topology and algebra important concepts video sir

[@hardikbamaniya6271]

At time 19:40 I think option 4 is correct.

[@Zeelkumar31]

Nope.sir is right optn C is correct..!!

[@RanjangamingYT7477]

No

[@freethinker5670]

💐💐💐🪁🪁🪁🦚🦚🌱🌱🌳🌳💗

[@artidevi8628]

Thank you so much sir 😊

[@somduttakayal5067]

Thank you so much sir

[@sunandapatra2774]

Thank you sir

[@priyanjalitripathi4408]

Thanku very much sir 🎉