Application of Laplace Transformation in Differential equations

prof.anshuman
Laplace Transformation
Solution of differential equations
Engineering Mathematics II
Engineering Mathematics 2
Hindi
Lecture series
GATE
Bsc
Msc
BE
BTec

[@poonambirla3822]

tomorrow my exam and i watch many video's but not understand your way of teaching and explainins is fabulous and mind blowing .thanks a lot sir

[@AnshumanPurohit]

Thanks for your beautiful feedback and valuable time🙏💯

[@poonambirla3822]

@@AnshumanPurohit thanks not to me sir thanks to you sir for giving us this beautiful lecture without any trouble and fee

[@vanshchauhan3111]

Gehu ki h ky

[@poonambirla3822]

@@vanshchauhan3111 kya h gehu ki

[@babaramin575]

i hope u saw this comment all i want to say is that you saved me from backlog a day before exam love from pakistan

[@derek9210]

Thanks thanks......India hamesha apne parosdi ka dhayan rakhta hai

[@divyatoppo6456]

So easy way of solution.. Thank you so much sir ji...

[@AnshumanPurohit]

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[@zannatunfiza9853]

Its very helpful because this is exam time......🙏👍

[@AnshumanPurohit]

Thanks a lot for your valuable feedback and time

[@AR-OO7-o2r]

Nice work sir🙏👍🏻 it's helpful for me Thanks sir🙏😁

[@AnshumanPurohit]

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[@mpundlik5623]

Thank you sir

[@Khushboo02810]

Thanku sir

[@mukeshkumar-xy9ls]

best explanation

[@lafdewalegamer9962]

I saw a meme and that is why I'm here watching the explanation.

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏💯

[@makaranddeshmukh1015]

Best explanation sir

[@21yadav42]

Solve the initial value problem yll + 3yl +2y = e-t, y(0) = 0, yl(0) =1,using Laplace Transform.

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏💯....But not able to upload the solution as I am busy... sorry for any inconvenience

[@vishalojha5802]

Nice explanation 👌👌

[@AnshumanPurohit]

Thanks

[@thisisaegis]

you teach better than univ professors though xD

[@AnshumanPurohit]

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[@SaiKiran-sg9gr]

Sir what is the formula for y'''

[@hamzaashraff]

bohat acha parhaya apne.

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏

[@skstudymusic6298]

Nice explanation ❤❤

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏💯

[@lollxxd6141]

thanks

[@SharwaniMatodkar-pc1eg]

(a+b)^2 formula correct ga apply cheyandi

[@AnshumanPurohit]

@@SharwaniMatodkar-pc1eg Thanks for your valuable feedback and time 🙏💯

[@azeemthoery138]

Plzzz u can describe the application of Laplace transformation in industry like chemical

[@AnshumanPurohit]

It's a method to solve differential

[@teenagurjar8271]

Thankyou so much sir

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏💯

[@mugdhasharma3719]

Thanku sir ❤

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏

[@mrdiploma8941]

Thanks for

[@Vinujsir]

Very good difine sir Awesome

[@AnshumanPurohit]

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[@fabulousmehandiandart6152]

👍

[@AnshumanPurohit]

🙏🏾

[@chinthalarakesh4648]

Very eaiast way sir

[@AnshumanPurohit]

Thanks for your valuable feedback and time

[@madhu5791]

Sir please make video on : Using the Laplace transforms,solve the following initial problem: d²y/dt² + w²y = coswt where y=ynot; dy/dt=vnot at t=0. Thank you sir

[@AnshumanPurohit]

Thanks for your valuable feedback and time 🙏💯

[@ranipatel5628]

Thanks🙏🙏🙏 sir

[@AnshumanPurohit]

Thanks for your valuable feedback and time

[@vaibhavpatil2876]

Put S instead of P 👍

[@AnshumanPurohit]

Thanks for your valuable feedback and time

[@mujtabaofficial25]

Last pe

[@akhileshkumar7133]

Nice sir

[@AnshumanPurohit]

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[@Iris0555]

Is this way of writing transformation formula is correct???

[@AnshumanPurohit]

Every author has its own way of presenting the matter.. It's happen in school that you have to follow your school teacher

[@Iris0555]

@@AnshumanPurohit sir but i m not getting this ans after applying the other method plz......can u tell that can we get this ans by other formulae.... 🙏🙏

[@AnshumanPurohit]

Will you tell me the name of method.. because in integration & differential a little bit of answer is very...but I want to see your

[@Iris0555]

@@AnshumanPurohit sir it is L(D"y)=S"L(y)--S'y(0)--y'(0).............

[@Iris0555]

L(D"'y)=s"'L(y)--S^2y(0)--S'y (0)--y"(0)

[@succeedlikeshelby]

Last wala step nahi samza e*t wala

[@AnshumanPurohit]

Thanks for your valuable feedback

[@AnshumanPurohit]

Thanks for your valuable feedback

[@backbencharsstatus4677]

Samjh nahi aya padhane ka tarika glt h 😏

[@AnshumanPurohit]

Thanks for your valuable feedback..

[@BetterversionTimes]

😂😂