PYQs on Wave Equation | GATE 2006-2023 | CSIR NET 2011- 2023

[@subharajkumar2847]

Sir you done excellent work. Your way of teaching able to understand easily.

[@aakashsrivastava4379]

words cant express ur teaching skill and concept ..... huge respect sir ji

[@biswajitsingha8574]

1:11:23 u(x,t) should be x + 1/c sin(ct) sin(x)

[@bikashdutta2585]

🙏

[@ChandanKumar-dn9lz]

No one can explain like hin in simplest way ...Huge respect Sir❤

[@MR.SANJAYMEENAIITBBS24]

maja aa gya chandan pandit pde and integral equation ka ek bhi question skip nhj hoga tu bhi mt krna

[@ChandanKumar-dn9lz]

@MR.SANJAYMEENAIITBBS24 😄😄....all the best Brother 🥳

[@rupankarchatterjee1309]

Best Wave Equation video I have ever watched.. ❤

[@nishajyoti5896]

Excellent 👌 thank you sir

[@mathstudy0007]

Very helpful video thanks sir.

[@jalisraja1359]

Very good lecture sir. Thank you

[@raghuvd1763]

At 12:45, 23:50The answer is valid for the range of x to be all of R(infinite length), Please let me know if any wrong.

[@sandeepjaiswal7505]

Nice video sir thanks for help us 🙏🙏🙏🙏🙏

[@monikabadole5489]

Thank you sir ... Very helpful lecture 🙏

[@anupamsamanta6690]

Extremely beautiful👌👌👌👌👌👌👌👌 super trick 🙏🙏🙏 Thankyou sir

[@charitylyngdoh8912]

Thanks alot sir 🙏

[@yogeshjadhavpatil4120]

Excellent teaching guruji

[@ronneysaini7763]

Thanks Sir❤❤❤

[@Shreya-wq2rc]

Superb

[@hey_iam_harshita]

amazing sir

[@Sudeeppradhan1999]

Thank you sir ❤❤❤❤❤❤❤❤❤

[@mahadevshiv3348]

Thanks sir, ek lecture laplapane equation ka bhi sir

[@artidevi8628]

Thank you so much sir 😊

[@memebaaz4005]

Ur genious sir

[@debajitroy7300]

Thank you Sir

[@shrawankumarpatel2148]

Thank you so much sir

[@ayeshaarif4390]

@1:10 for option 2 x+t is not necessarily >0 since x€R

[@gunjanrajput6571]

Very helpful sir thank you 😊

[@poonamarun923]

Thanks sir

[@mathfun905]

Sir please video lectures provide previous year paper Laplace equation

[@ayeshaarif4390]

Sir @27:51 option iv doesn't satisfy the boundary condition u(2, 0).Infact no option other than ii does. So i think ii is right option

[@user-an579]

t is between 1 and 3, so how can you check its value at t=0?

[@RanjangamingYT7477]

30:57 please check it again

[@amitgupta-sk4hw]

Sir sbse tuff topic lgta tha ye but not now....thanks a lot ❤

[@rupakkumarjha3467]

Sir Laplace equation par bhi video banaye

[@Shakunthas]

Thanks ❤

[@prabhadhatterwal3484]

Thanku sir

[@kartikhalder8085]

Sir, please provide video tutorials on fourier transform

[@easymathematics1341]

Thnq

[@ankitarajputankitarajput116]

Sir please Laplace pe video bnaoo sir ...pls net ke exam se phle 1 video bna do...request ha sir.

[@akashamath9375]

sir plz upload laplace equation

[@hilalahmad1779]

Hello Sir Give lectures for Differential Equation for Gate 2024 Please sir I need your help

[@vishalagrahari2670]

This short cut trick can be applicable for finite length. Suppose x belongs to[ 0,π] then ? Please reply sir

[@Chandangiri8134]

Sir, why Q(43) , didn't execute the initial conditions??

[@naveenpondara4903]

@38.30 sec... The base of the triangle is 4C...how?

[@biswajitsingha8574]

Distance between Q &R -> ->(Distance of R from origin)-(Distance of Q from origin) ->(3+2c)-(3-2c) ->4c

[@naveenpondara4903]

Thank you

[@MohdAasif-mf8tu]

Sir gate 2007 wala question of wave equation samj nahi aaya

[@souravkumarghosh]

❤❤

[@shubhmath865]

❤

[@RanjangamingYT7477]

22:01 why function of t^ 0 why not x^0

[@journeytoheart8973]

Tu ki sob jaygay achis nki?

[@RanjangamingYT7477]

Sir up jase short trick de rahe ho itna yead karna possible nhi ... isiliye genaral from se question solve karenge

[@poojapradhan3325]

Thank you so much sir 😊

[@divakarmaurya9599]

Thank u so much sir

[@ajoysaikia6347]

Thanks sir

[@up-to-dateclassgeneralapti3387]

❤❤❤❤

[@mouryalaxmimouryalaxmi3895]

Thanks sir

[@Shakunthas]

❤❤

[@yashrajtripathi4832]

Thanks sir

[@dhaneshparasoya1295]

❤❤❤

[@ashvinlovepatidar]

❤❤❤