LIPSCHITZ CONDITIONS IN HINDI || LIPSCHITZ CONDITIONS PROBLEMS AND SOLUTIONS 🔥

What is Lipschitz Conditions and Lipschitz constant with examples in hindi.
Lipschitz conditions in differential equation.
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[@mishudhar3746]

I really don't understand why everyone is so sensitive about his pronunciation. If you already know how to say this word then that is enough right? I watch this man's video from Bangladesh and it really helps.

[@AyushSharma-vm3rp]

Not pronunciation but accent,, he sounds like Farhan Akhtar

[@prathamraut6014]

Sir aap itna acha sikhate ho ki makkhi ko bhi sikhne ka mann ho raha tha. Isiliye bich bich mein aa rahi thi

[@dishadey1496]

very useful for beginners. thank you sir, keep uploading more useful topics like this

[@dishadey1496]

what is the lipschitz constant in this function |f(x) - f(y)|

[@dishadey1496]

after putting y=2 what is the constant i want to know? please sir?

[@knvcsg1839]

Can't believe a video made through simple display of notes and voice explanation got these many views. But, still your video did help me.

[@kateabbasi3514]

nice thank you sir your all videos are very helpful...

[@mk_u_369]

Sir aapne ye example kis book se liye hain , please bataiye 🙏🏻

[@neerajparmar7028]

Nice video. In your notes at the end you have written that condition is satisfied and told that condition not satisfied!!

[@Math_learners]

Thanks sir , alternative method is good way to check

[@sankalpsharma4890]

You really made this topic a cakewalk.

[@sultansingh8507]

Ur vedios r out of the box...... thanks from bottom of my heart.......

[@MathematicsAnalysis]

Thank you so much dear 😍

[@haseebglobes3167]

Mashallah nice teaching and learning information thanks for sharing

[@shivanisingh99]

Thanks for the video👍👍👍

[@kiranbibi5387]

Very good teaching method

[@satyachaturvedi9474]

Too good sir❤

[@mathssimplified210]

Thank you Bhai ✌🏻👍🏻

[@shumailausmani5057]

Show that f (x, y) = xy
i) satisfies a Lipschitz condition on any rectangle a ≤ x ≤ b and c ≤ y ≤ d ;
ii) satisfies a Lipschitz condition on any strip a ≤ x ≤ b and − ∞ < y < ∞ ;
iii) does not satisfy a Lipschitz condition on the entire plane. (3)

[@shumailausmani5057]

Nice video can u give the solution of this sums

[@indiantourist16.3K]

Fantastic.

[@shiwanisingh3660]

Thnk u for explanation sir

[@preetnisha120]

Thankyou sir for making video on this topic 👍 your way is very easy and understandable

[@sagarjoshi99]

Nice hand writting

[@sadafrehman8130]

Wao amazing teaching and learning information thanks for sharing

[@bhaveshpatil7728]

Helpful 🙏

[@aritramandal8320]

Lipstick condition tho...

[@sultansingh8507]

Konsi lipstick red or purple........just for Jock.......Aritra ji.......

[@teenachouhan3275]

Hahaha🤣🤣🤣

[@pallabdas1440]

Lipistick 😅

[@binuvarma7166]

🤣🤣😁😁

[@gmmathematicslove]

Lipschitz condition

[@akshatjoshi1542]

at last 7:42 it's written " Lipschitz condition is satisfied " , please correct it in video

[@sitalgarg4842]

Thank you soooo much sir

[@gmmathematicslove]

Very important content.

[@masumakhanam1418]

very helpful

[@mishudhar3746]

Thank you so much for your video.

[@simrankhatter4251]

Nice explaination 👍👍

[@muhammadzeb3502]

Lot of thanks sir

[@inspiringlives5690]

when sir said lipistick condition😆😆

[@MathematicsAnalysis]

😀

[@mianzafar863]

Zbrdst

[@zaraali7479]

Awsmm sir

[@alisyal9570]

Thanks clear concept

[@rajithaabhi1755]

At last you said function is unbounded ....it means lipschitz condition is satisfied or not???

[@MathematicsAnalysis]

Yes

[@sudiptamandal1997]

how sir,????the function is unbounded so this does not satisfied lipschitz condition.....in case 2

[@suhaimarifath6192]

Yes the condition is not satisfied

[@rinkualam289]

If i use second method ...I get ful marks.??

[@advocatenealofarr2524]

Less than infinity means bounded,if it is equal to infinity then it is unbounded.

[@basitmughal6265]

Very helpful video

[@sheikhiqbal5371]

y¹ and y² both values 1 kaise hua..?

[@saritasihag9]

Best

[@PriyaSharma-qr1og]

Sir agr y ka function hi na diya ho to alternative se kese krnge

[@anujdhayal8164]

Nice

[@farhanhyder7304]

Thank you

[@sonudhiman2562]

Sir make video for existence theorem for maximal and minimal

[@MathematicsAnalysis]

2 October ko ayegi vedio

[@mathintheworld8152]

JazakAllah...

[@KumarBikashThoughts]

Excellent sir

[@arunadevi-rh8mc]

Thanks

[@GauravDhage]

differential equation me kya significance hai

[@adarshprataprao4736]

Existence and uniqueness theorem me

[@grejeshrai1474]

Short and easy 👍

[@nandan1008]

Sir last wala ans check kriye

[@nitinverma.6236]

well done sir ❤

[@kalpanarai5187]

Thank you sir

[@devlina7032]

Sir or vdios b bna do plz od ki fst sem ki

[@yastajrazvi9084]

Plzz give an example which does not satisfy lipschitz condition

[@sreenivasmarka0702]

Sir please do make video on euler pentagonal number theorem

[@sandeepjaiswal7505]

sir very nice thanks for help us

[@MathematicsAnalysis]

Welcome dear

[@rockykalwa7664]

Best 👌

[@sonudhiman2562]

Nice sir make video for Picard lindlof theorem

[@MathematicsAnalysis]

Welcome

[@LadliyadavLado-pj8lh]

Sir pls or videos bna dijiye

[@gayatribharat2443]

Sir kindly share spectral decomposition of matrix, QR decomposition of matrix, square roots of a matrix...

[@akshayasanthosh5229]

👍

[@akpcreation2552]

Sir Picards theorem in ode

[@mansurbasha4035]

Sir u take the different example s sir

[@minusonawane9502]

Very nice ...

[@MathematicsAnalysis]

Thanks dear

[@jhunupanda7236]

It's good.but solve higher level problem

[@MathematicsAnalysis]

Coming soon dear

[@sreenivasmarka0702]

Really nice

[@MathematicsAnalysis]

Thanks dear

[@manvikaushik9384]

Sir with all due respect, this is not lipstick condition...this is lipschitz condition

[@MathematicsAnalysis]

Sorry pronounce galat ho gyi mujhse

[@kaleemqadri6217]

Y^1/2 find lipchitz constant

[@ajaysinghmeena4121]

writing shandar h.............

[@MathematicsAnalysis]

Thanks dear

[@poojaapar5048]

Thnx sir for this concept ☺️

[@jasvirsingh7203]

Thanx sir

[@dollywadhwa8326]

Tnq

[@abhishekpankaj5105]

Pronounciation is lipchis condition

[@careercounselingcrew6509]

👍👍👍👍

[@mansurbasha4035]

Sir e harihant material me deto hi

[@Atrangerinhell]

ek number sir

[@MathematicsAnalysis]

Thank you

[@MegaAadhar]

lipistick condition nai hai re chachaa! LIP-SCHITZ hai!

[@aayushijain7421]

Thank you sir 👌👌👌

[@MathematicsAnalysis]

Welcome dear

[@shashankshekhar698]

mic volume very low

[@jasvirsidhu1710]

Thaxx sir

[@MathematicsAnalysis]

Welcome

[@arunkumarmehtasaceschoolja8543]

Thanku sir

[@MathematicsAnalysis]

Welcome dear

[@bhagirathgoyal4300]

Notes de sakte sir

[@studyadda470]

लिपशीज् कंडिशन

[@9749054603]

Sir please share your contact info incase we get doubts while solving problems on this concept.

[@MathematicsAnalysis]

FB - mathematics analysis

[@rajnishvishwakarma5810]

sound quality sudhar

[@_at_tyagi]

iit bombay ma108 ...

[@bharatkumar4277]

Sir samjh nhi aaya ache se

[@amitofficial1316]

sir pronunciation ko sahi kar lo

[@amarjitkumaryadav2354]

Kuch smjh nhi aiga bhai. Video Mt dekhna😬😬😬

[@skyfly2325]

Sirrr eeekdam last line me little mistake ho gya

[@dishadey1496]

yes,,that line must be " not satisfied "

[@sandeepjaiswal7505]

sir please explain how to find interval in which solution exist

[@MathematicsAnalysis]

Coming soon dear

[@sandeepjaiswal7505]

Mathematics Analysis thanks sir but please explain interval in which solution exist

[@dhruvasharma7144]

Hey man atleast pronunciate "Lipschitz" properly
then try to make videos and also kindly first properly prepare the topic.

[@MathematicsAnalysis]

Thank you

[@aledbarreto]

Do your own video instead of critize others

[@sonudhiman2562]

Picard lindof theorem krwa do plz exam pas h

[@MathematicsAnalysis]

Okay dear

[@punamnaik292]

Lipstick nehi hota Lips.. Chitz bolte hai

[@MathematicsAnalysis]

Thank you

[@suraj-560]

Makki man

[@KunalChoubisa-sk5lp]

Lipstick💄😂😂

[@simplifiedB.Ednotes]

😂😂😂 lipstick condition

[@benevelit9265]

lipstick condition 😂

[@dhruvbhinarwala6370]

bohot bekar
sound to achi nikal

[@narendrakumarsony4066]

Nice