Problems on Gauss-Quadrature 2-point and 3-point formula by Keshav Jadhav

[@wduandy]

If you're in trouble there is always an Indian Angel to help you my friend :)

[@WanttoBeinspace]

@@wduandy 😅

[@w1ndro1d]

To whoever's watching this for exams at the last day, dont skip this portion as its just simple formula. Take 10 15 minutes to rot all these values and you don't even need to practise the problem, you'll be able to do it after knowing these values.
And thank you for creating this video!

[@alvinellavu9603]

wooow after watching and pracising this imma be entering the exam room like a legend, thanks mahn

[@colettei8430]

I wish I could like this video more than once, and it's in ENGLISH!! Thank you, exam tomorrow

[@sleepeasyguitar9505]

Thank you so much for this video. You have explained everything so well and clearly.
You have probably helped me to get an extra 10 or 15 marks - I feel ready for my exam now!

[@AneeqPasruri]

You are the best man to teach numerical integration on UA-cam I've seen in my whole life...

[@anakinkylo.thepomenerianan9084]

seen lot people explain this didn't make sense now it does .thank you

[@BasharSULIMAN99]

I'm watched this video yesterday, today i found it in the exam thanks very much.
❤️❤️❤️

[@Manoj_Bishnoi]

Sir way if learning.is Very better....I Really.. effected...

[@ofek8280]

finally I found a good video thank you!!!

[@poojaprahladkumawat9863]

Thank you sir. You made it easy

[@vrushabhulle9374]

Tanks it helped in my exam

[@MckenzieKupal-g3c]

Really appreciate it 🙏 Worth more helpful ❤

[@Shikabasha17]

Super sir I will understand 👍 your 2problems

[@pintu.paramanik8807]

Nice vedio sir it's really helpful in exam

[@MuhammadUmer-mi5qv]

hello ..sir in this qustion how we find value of w1,w2 and z1,z2....?????? plz reply must

[@KeshavJadhav]

Hello Friend,
You can see derivation of the same in following videos:
ua-cam.com/video/AW4UJQ_M-CE/v-deo.html
You can use any numerical methods for finding solutions of nonlinear simultaneous equations.
As it has derivation, you can remember values for these perticular methods

[@shaniakhan7995]

Best way of teaching respect from Pakistan

[@vishalkumarverma7034]

Thank you sir...very nice video 😊

[@andrewnicholas2221]

Mannnnn thank you so much you save my exam

[@sujanbhakat1199]

Thank you so much.

[@chingugammer3365]

Thanks a lot Sir ☺️

[@KeshavJadhav]

Thanks for your comments,
I would like to share topics wise videos related to other numerical methods:
docs.google.com/document/u/1/d/e/2PACX-1vT4ZhbK-zHSZOn__8NPIeFVqb4R-35Ws60I29BkINqN1yT0pbc8KIcXYTVxl03wug/pub

[@chingugammer3365]

@@KeshavJadhav Really Thanks Sir 😊 for your Topic wise Videos.

[@batuhanatasoy6282]

Hocam Saygılar ...

[@rohitchaudhari8475]

Nice video 👍

[@himaliramteke4456]

thank you so much for this video

[@beautifullifewijit5342]

this video helpful , thank you for upload

[@viswabaddalabaddala6196]

Thank you ☺️ so much sir.

[@p.7555]

hai, is it the value of w1,w2,z1,z2 for 2 point and also the w1,w2,w3 and z1,z2,z3 for 3 point are fixed?

[@biswajeetnitrourkela2383]

Yes

[@berylmuyoma9219]

🙏 thank you

[@merriamndlovu7804]

wow thank you so much, you make it very easy .

[@sonalvasava5601]

Thank you sir

[@justineagaba9252]

Sir help me to derive the error bounds formula for n point gauss-legendre quadrature

[@fahadahmedkorai2159]

best explanation

[@kuldeepverma7106]

Thanks for teach us 🙏🙏🙏

[@blockfundamentals]

Sir in you derivation you use only algebra function and now how can you apply it for e power sir

[@KeshavJadhav]

We can use this method for any type of f(x) equation

[@blockfundamentals]

@@KeshavJadhav sorry I don't understand and you just used x powers in derivation .

[@vishalkumarverma7034]

@@blockfundamentals sir said that you can use this formula with any function whether it is exponential,trigonomentry,algebra,logarithmic or any other function

[@dhruv3337]

Sir can you tell advantages, disadvantages and applications of Gaussian quadrature

[@KeshavJadhav]

(1)The application of Gauss' formula in this case works very well especially when the number of intervals of spectrum decomposition is great
(2)One more important advantage of Gaussian quadrature formulas is that the end points are not used in the integration. In many computations, end points have discontinuities, and therefore, using the functional values at the end points is not desirable

[@surajpotdar5584]

How did u tell those value of z1 z2 z3 ??

[@surajpotdar5584]

Got it sir they are universal I saw it in ur pdf ☺️☺️

[@88_shivanshisharma40]

Sir how to get the answer with calculator

[@shady41]

Thank you sir :)

[@Helping.aspirant]

tanku sir

[@Heartlessboy2318]

Thank you

[@rahaswat3775]

Thank u!

[@salamsore4123]

Good

[@sriguruskandha9920]

How to solve using gauss quadrantine without equation but with quadrilateral coordinates using 2 point method in fem

[@KeshavJadhav]

Not possible to solve using Gauss quadrature methods.
We can solve by using Trapezoidal Rule or Simpson's Rule.
Following is the link for the same:
ua-cam.com/video/xaVrCv5Kw0k/v-deo.html

[@sriguruskandha9920]

@@KeshavJadhav okay
Thank you sir

[@sachinmapari761]

Thanks 😊

[@KeshavJadhav]

You are welcome,
Here is the link for other relevant videos:
ua-cam.com/play/PLPS67918Zad2VBMNv3f33YdP_PeBRcG52.html

[@हिंदूवीर-hindu]

Are z1, z2 and w1,w2 fix in Gauss quadrature?

[@KeshavJadhav]

Yes, for perticular Gauss Quadrature method values for z1, z2, w1 and w2 are fixed.
Here is the link for derivation of the same:
ua-cam.com/video/AW4UJQ_M-CE/v-deo.html

[@88_shivanshisharma40]

How to solve e^x

[@amareshgoud7120]

Sir do have notes of numerical methods pls help me sir

[@KeshavJadhav]

Dear Amaresh,
Here is the link for PDF:
drive.google.com/file/d/1yLrvlsoZLiOeRuBxffr0btZNGR2sO5lk/view?usp=sharing
I don't have notes, I can provide a file related to topic explained in this video

[@rakesharagodi6929]

Helpful

[@debashishmohapatra837]

Thanks a lot

[@ganeshyalla8064]

sir plz explain Romberg integration

[@bandanakhattri4134]

Sir can yo tell the answer of integration of sinx/x dx from 0 to 1 using 3 point

[@KeshavJadhav]

Integral of sin(x)/x dx between limit[0 1] is = 0.9461

[@bandanakhattri4134]

Sir process please?

[@KeshavJadhav]

@@bandanakhattri4134 watch this video from time 3:57 onwards to understand to procedure.

[@bandanakhattri4134]

Ok sir

[@JustWatchItFor]

How to get w1, w2 values

[@KeshavJadhav]

This is part of derivation,
you can watch derivation of the same in following videos:
ua-cam.com/video/AW4UJQ_M-CE/v-deo.html

[@Muerto_A]

thx

[@antonyvibin5780]

I want to double integration

[@KeshavJadhav]

This may be helpful to you:
ua-cam.com/video/JX7EWMwU-IA/v-deo.html

[@CaspreMUSIC]

in the 1st 3 point problem, my answer is 200.8448 not 200.4014

[@sampathlakmal3788]

Like sri lankan viewers😍

[@emad-alhutam4194]

I have some questions can you help me, and I will pay for that?

[@KeshavJadhav]

You may post questions here, I will try to answer.
I don't expect any payment for that.

[@zahidkhankhan9448]

Sir robegrs Integration ki koi example karen

[@KeshavJadhav]

Dear Zahid Khan,
I will try to prepare video, for now you may refer video at following link:
ua-cam.com/video/_BgF_b1MFSU/v-deo.html

[@deepakgiri6197]

Bhak

[@jayamanitakri7209]

Thank you so much sir

[@bickysakha8813]

thanks a lot

[@colerobison6916]

Thank you!

[@faizm937]

Thanks😊

[@Techbuzzz254]

thank you

[@pardeepkaur1053]

Thank you so much