INVERSE LAPLACE TRANSFORM

[@nigeltyriq]

good job mam☺still watching them in 2024

[@btechmathshub7050]

Thank you very much🎉🎉

[@ShivaShankar-c4b]

Mam I have a doubt on inverse Laplace of tan^-1(2/s^2)

[@ShivaShankar-c4b]

Mam do a video on inverse Laplace of log {s^2+1/s(s+1)}

[@ShivaShankar-c4b]

Mam I have a doubt on inverse Laplace of { integral s to ♾️ (1/u -1/u-1) du}

[@ShivaShankar-c4b]

Do exercise sums on this concept mam

[@venkateshmovva1841]

Super mam
Well explained 👏 👌 👍

[@btechmathshub7050]

🎖️🎖️💐

[@sujitkumar-mt5ns]

VERY WELL EXPLAINED MAM

[@karthikkadali8315]

If both Laplace and inverse of cosh(at) is s/(s^2-a^2), then what is the difference ma'am?🤔 Apparently ma'am, according to the formulas none of the standard formulas have changed.

[@btechmathshub7050]

Laplace n Inverse Laplace are reverse operators

[@MemesMama12345]

YOUR EXPLANATION IS AMIZING MADAM....💙💙

[@btechmathshub7050]

Muni 540 Welcome💐

[@garimasinha6136]

Super explanation ma'am

[@rajlucky1622]

MARVELLOUS CLASS

[@roshansahu784]

Mam playlist me pura complete hai na

[@btechmathshub7050]

💯✅

[@sampradayayoga]

Good explanation

[@annamramya2131]

Mam , L^-1(1/S) =1

[@abhimathslover5763]

Mam u sad it reverse

[@BGMBOSSMN]

Yeah bro😢😢

[@Sathish12312]

Mam can you make more complex problems on inverse LT

[@btechmathshub7050]

Watch Playlist full chapter uploaded

[@pokirinaseem2618]

Clear cut explanation

[@btechmathshub7050]

💐✨✨

[@kumarbhas4544]

👍👍👍👍👌👌👌👌👏👏

[@amrapaliranvir2478]

❤❤

[@btechmathshub7050]

Tq💐