How to Integrate Exponential and Trigonometric Functions (e^x)(Sinx) - Sneaky Trick

[helenday]

What a wonderfully clear layout of workings - it really helped me get a lot clearer on it all and better at doing it, thanks.

[asifsyed]

This guy is helping me pass my Calculus class in college. Thank you❤

[cherylsilaba]

Thankyou so much. You helped me more than my colleagues 😁😁

[kakshavyas]

Can anyone please explain where the LIATE method does not apply? I would like to know when to apply it and when not to. It gives a different answer to this same question. Hence, I am now confused as to when I should apply it and when I can't.

Thank you so much. An explanation is much appreciated. This method does make sense though.

[relaxingnoisewhite]

Waw brother I failed solving this for three successive weeks and you solved it in You sur are an awesome scientific

[RealSlopeDude]

I liked the video as usual. However, I am puzzled that the answer is more complex looking than the original unintegrated expression and the answer wasn't able to shed an integral from the answer. I would be tempted to just look at my more complicated "answer" and say, "the answer is more complex than the original expression, so let's just stick with the original expression." It appears that it the cycling through the integration by parts that there's no way to shed an integral.

[anemonewniu]

Thank youuuu, it's really helpful

[joshuachukwu]

When you discover the solution to your assignment on YouTube.... no better feeling 😂😂.... thank you

[fiytrin]

hi, may i ask smth? isnt the trig supposed to go first before the exponent according to the order of the liate, or we can just simply ignore it?

[gabelenolive]

Great video, well explained!! Got a couple more trig sub with exponential examples on my channels if you want another exercise:) Liked!