LAPLACE TRANSFORM LECTURE 8 IN HINDI (DERIVATIVE PROPERTY OF LAPLACE TRANSFORM)

[@abhisheksaraswat1964]

When sir said, "To finally ye Laplace ki derivative property humne bahut hi aasani se prove kar di hai...", he meant it. 🔥🔥🙏
Teaching skills at its best. 🙌🙌

[@rs-79-k.v.m65]

bhai ilate ke hisab se to f'(x) pehle ana chaiye tha

[@alkachandel1237]

great lecture i am a enginnering student i always follow your videos

[@navidhaliwal1580]

Kon si branch hai apki bhaiya

[@e_017_bhavnasahoo]

Mee too🙋.

[@adityabhargava3892]

Thank you sir
Your teaching method is appreciable ❤️

[@ShubhamSharma-fs1xk]

At 7:40 why the limits are applied on exponential term as it is outside integration

[@DarshanaOjha]

+1

[@krishnarawat1823]

same thing

[@mdparwezalam8456]

U are a good teacher apko dekh ke apne maths teacher Dr. Shyamnand ka yad aa jati ha and sir pls make videos on problems related to all properties 4 ,5,6,7,8

[@abhinandanjain2399]

Thank u so Mach Sar for this wonderful amazing video lecture you are a great personality you are a great teacher

[@PrankIncluded]

Thank you so much sir once again helpful content

[@MigamDoley-wt7bq]

These all is actually physics topics, but more people is take as a mathematical topics include in mathematics department.Is is one other parts of physics as mathematical physics.like this more topics of maths is coming from physics like integration, differentiation, Fourier series,frobaniaus method,delta function,Laplace transform,some spacial function etc.These all we should study by physicaly i.e. in physics department,then can able to deeply understand and then we can discover something.

[@Raj-dj4ev]

According to ILATE rule , the exponential part should be treated as 2nd term isn't it sir?

[@sagarjaideepdeshmukh]

same doubt

[@vaishu20898]

Sir e0=1 hota he fir yaha to minus zero he ki to wo kaha gya

[@arpitkapoor1904]

@@vaishu20898 same hi hoga, wo 1/e^0 hoga, which gives also 1

[@amrutadevkar4891]

Same dout sir.......will u plz clear it

[@venkatakrishnapolisetty6310]

Actually the use of ILATE is to find the easily integrable part so as we have f'(t) it is very easy to integrate, if you take exponent as second function then you will be ending with f''(t) and you will be struck.

[@highwish8510]

Sir your videos are very helpful and very clear in concept thank for your lecture sir

[@urbilkumar4540]

well explained..may uh live long sir .🙏

[@awezshaikh2539]

Sir aap bahot zabardast aur accha samjate hai lekin aap sirf property ke saath 2 ya 3 problem soln kare to bahot achcha hoga sir ji thanks

[@DEVANSHUSHARMABEE]

Sir if integration is only on f'(t) then why limit is taken on e^-st as well? 5:50

[@darshanashokraopuri8319]

Bro formula nahi hai limit lekin problem may 0 to infinity hai isliye put ki sir ne

[@aniket_k720]

@@darshanashokraopuri8319 nhi smjh can u explain again??

[@pavansrivastava4770]

This video might help as it explains the same integration by parts in a different way
th-cam.com/video/lEwfeY_yxEA/w-d-xo.html

[@memelover8320]

Definite integral haii....aap without limit solve karke baadh me limit put kar sakte haii..but sir ne shortcut se sikhaya aasaan method

[@abhinavmishra929]

This man desrerves shares in my college fees

[@s.ahmad1690]

teaching skills👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌

[@wanimahi8705]

Sir the integral is only for f(t) but how it is used with e^at

[@aye4383]

same problem'

[@ghostfeeling8430]

Sir inn sb kae property pr kuch numericall bhi krwa dai jiya

[@vinaykashyapvlogs3051]

Nice explaining sir ek baar main samajh aa gays

[@vikksh528]

Thank you sir ❤️

[@Techiesoumyaa]

Great lecture sir..

[@Abdullah_gujjar]

love you Sir

[@kuldeepsingh6847chauhaN]

we dont know about f(t) its may be function of exponential and ILATE is not nessesary its just solve simply integration so we take any as 1or 2
hope this will help you😊😊

[@UditYouTube]

Very nice video Sir ji

[@zigme772]

iintegrate to bss 2nd term ko kari thi lekin limit 1st term me bhi kyu lagta hai in the integration by parts method
?

[@sayedfuzail2881]

Sir,damped driven oscillator and coupled differential of Laplace proff ki jiya

[@himanshusingla2198]

Sir according to ILATE exponential part should be second.
But here we have taken exponential as first
How it can be possible sir?
Please explain it..

[@vandanpatel4158]

we don't know about f(t) , so take it as usual...

[@pramodvishwa1465]

Good job sir

[@mnhasan008]

great sir

[@Sunny-ng3ly]

Sir when we taking f' from LHS Side then why ans no according to f' means ans in form of f'(0)

[@ASHU-PRO-BRO]

sir i think that Ur proof is gone WRONG AFTER APPLYING BY PARTS... AT THAT STEP U HV TAKEN WHOLE INTEGRATION BUT ITS ONLY INTEGRATION OF f[t],.... so please correct it...

[@anilkumaranilkumars2740]

Plese some problems resoved sir like (1-cast/t) & (cas2t-cas3t/t )

[@UditYouTube]

Fourier series ka video dalo Sir

[@sibarammohanta859]

laplace of nth derivative property thoda explain kijie

[@abhinavmishra929]

Is property par sawal kaha milegi?

[@miranaik8702]

Why exponential part write as a 1st part??

[@salubhaijaan]

Sir 2nd bar jo integration kiye usme limit put ku nehi hua

[@gunguntembhurnre7077]

Thank you sir

[@biplabbairagi4431]

SIR Byparts formula dusra padha tha sir

[@Vivek-fc7cl]

Sir agr Apne limit t ke respect me put up kiye hai to -s kidhar gya 7:28

[@Vein-qe1hp]

Jab limit second term ki hai toh 1st term mein high aur low limit kyun daali hai

[@yatharthsingh6825]

Algebric pehle aata hai

[@nikhiltadas8324]

Sir questions Lona is per

[@HRsampatil1186.]

Nicesir

[@sunilbairwa-7977]

sir mare 3 thousand de do

[@biplabbairagi4431]

help sir 😔

[@KritikaChaurasia07]

Sir e^-st ko to integrate ni kia fr usme limit ku use ki hai

[@aniket_k720]

Same doubt!!
Did u get ut now???can u explain??

[@clarissa947]

Same doubt

[@fardinahmed2667]

@@clarissa947 same doubt!

[@thedevilbrooz]

sir apki avaaj bhot chubti h mice accha le aiye

[@Visvjeet-k1x]

Thank you sir