Added: 3 years ago
From: khanacademy
Views: 66,960
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  • This series is my first exposure to the Khan Academy. These videos on the Laplace Transform are terrific. You guys rock!

  • I learned Laplace over 15 years ago but have not used it since. These lessons are great for review!

  • Please load some example for Picards iteration solving a differential equation

  • 3 people cannot do maths :p

  • laplace transforms looks friendly

    i love it when i appy it

    and remenber you

  • according to LIATE rule exponential function will always be V in by parts problem .So can't we consider f(x) as U so that using by parts formula will be simpler ???

    plz help !!!

  • 請問有人可以幫忙翻譯成中文字幕嗎? He may not do very well but we can recover our memory via his vedio. He calcuate very detail. I like it.

  • 請問有人可以幫忙翻譯成中文字幕嗎?

  • haha "I think you know where this is going......." Heck yes we know where its going - Sal is going to boss this sh*t like a dictator haha

  • Laplace transform is making me horny. I wanna have sex with it!

  • Comment removed

  • Wow the Laplace transform is so cool!

  • I got my engineering diploma and master degree in YouTube.

  • i have an incomprehensible Czechoslovakian professor. THANKS SO MUCH! I have a final in 2 days and this has helped me so much!

  • Your helping hundreds of engineers get their rings (including me) Thank you!

  • Thank you. Thank you. Thank you.

  • Paid £16k per year for uni and learned this for 4hours frm my crappy lecturer and didn't get it. finally understood after only 12minutes of watching this for free. life sucks but you rock. thank you so much.

  • this is a very good approach of the site owner who knows the real value of laplace transform in solving engineering problems thaNX TO THE AUTHOR AND DEMONSTRATOR AND TO THE LECTURER

  • widout these videos, i would have DEFINATELY failed my first year uni exams ...... and

    chyeahh boii keep up the good work .. (Y)

  • do you have any video on fourier series?

  • best 1

  • @32103940 I see, thanks you so much!!!!!!

  • dude..u're so cool

  • Anyone feel like Frank Zappa is teaching you math?

  • Thanx a ton!! YOU are just AWESOME!

  • very good, is there a place where you concentrate all your videos?

  • dude, u are awsome

  • I watched all of your ODE videos last year. Now I'm actually taking the course. I have an A+ and I am not a math major. Thank you.

  • dear lord thanks for these videos... I'm from ireland and have a russian maths professor... i can't understand her half the time and these vids are gonna help me pass my exam on monday! <(",<)

    thanks buddy!

  • wow...you are so awesome!!!!!! Keep up the good work man! You make the world a better place!

  • You don't even know how much your videos have saved my hide over the last year. I think sometimes once you get a PHD you forget how to teach normal people concepts. TYVM!

  • nice work professor....... thk u..............

  • Well actually you won't see me in the next video and I won't see you either. I will hear you though. lol

  • what is the name of  the professor who talk too fast that you can understand him, maybe i know him.

  • holaay!!! u soooooooo gud!!!! - xiaoyu from china

  • EXCELLENT video!!!

  • My Professor talks so fast in class that I have no time to even try and understand what is going on. We have a test on Wednesday and I'm pretty sure your videos saved my life. THANK YOU!!!!!

  • what  your professor,s name . maybe i know him.

  • Well I'm now done with the class, but my professors name was John Collins

  • great

  • I was trying to rate this 5 stars but I accidently clicked 4.

    Sorry!:(

    I wanted you to know that I think it is 5 star worthy regardless of what my finger says!

  • Oops! I watched the video, read your comment, laughed, and then also accidentally clicked 4 stars in stead of 5. Epic fail. xD

  • I try to graph 't', 'f(t)', and 'L{f(t)}' on one graph, overlapped, in order to see the correlation. I still dont understand what LT's are. The conversion from t to s screws me up. I could theoretically pull an transform out of my arse and apply it to a function. So what are LT's? I dont see how how the graphs of (t,f(t)) relates to (s,F(s)).

  • In laplace space, time does not exist. So you won't be able to visually relate the function in time space to function in laplace space...

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