Integral of so many e's

[@bprpcalculusbasics]

Try this next: th-cam.com/video/nF0PgJDk7_M/w-d-xo.html

[@Xorven2]

What gives people feelings of power:
- Money
- Status
- Solving a BMT question without hint

[@Bruh-bk6yo]

Such a satisfying integral.

[@Ninja20704]

Reminds me of Dr peyam because I remember e^e^e^…^e^x was one of his favourite derivatives with such a satisfying answer.

[@stephenbeck7222]

He did that on BPRP’s channel (and the follow up on Peyam’s channel was ln(ln(ln(x)))). Was it his first featured video with BPRP? th-cam.com/video/w6VGTn706zU/w-d-xo.htmlsi=l5RHcs9m42pRf8oV

[@bprpcalculusbasics]

That video was one of the very first batch of videos we filmed together while he was also in SoCal back in 2017. Wow, I feel so nostalgic now. Thank you two for being such long-time fans; I really appreciate that!

[@lolok6439]

fun fact: the answer has 1.65 million digits

[@michel_dutch]

Left of the decimal point. 😊

[@pawetwardowski839]

If you know that the entire expression is the derivative of e^e^e^e^x, you can just plug it as an indefinite integral directly into Newton-Leibnitz with limits 0 and 1, without the substitution, to the same result

[@lorenzogiampietri6812]

Even simpler: Integral di e^f(x) * f’(x) is just always e^f(x). (Where in this case f(x) is eee^x

[@General12th]

So good!

[@RSingh_26]

Dr peyam did a video on it I think years ago

[@Musterkartoffel]

I wonder, are there specific tetration rules regarding integration? Maybe could use them here

[@sonyelux]

The sans Integral

[@blueslime5855]

e^e^e^e-e^e^e

[@wafflaaar1067]

take a drink every time he says "e to the"

[@aidarosullivan5269]

Yeah, this one is obvious, Chen Lu all the way

[@astroashruff]

"how many e's you want to say?"
e

[@cdkw2]

saw this in my course book lol

[@matei_woold_wewu]

⁴e-³e

[@biouser1768]

You know you don't do much math when what you see is Seeeex....

[@redsolaris1]

More asians in that room than even I would have guessed

[@Mediterranean81]

Damn

[@muhammaddaniyal4414]

nice

[@pedropiata648]

Cool

[@stevemonkey6666]

Approximately 1.5*10^1,000,000😂 you can't display it on Desmos

[@pythoncppjs-linuxUser]

i did three subs but damn, i didn't notice i could just sub once for rest.

[@jesemepardens9151]

This video makes me feel like
th-cam.com/video/dfdGd31gNjI/w-d-xo.htmlsi=CeKvi-fju3IuarKv

[@Ready4Music]

e

[@zerotoxiciti3831]

what a fun and elegant solution :)

[@yuriiherbenko8381]

Plus C

[@Ninja20704]

It’s a definite integral. There’s no +c

[@yuriiherbenko8381]

Shouldn't it be told in the vid?

[@ro_sgr]

​​​@@yuriiherbenko8381 No need to explicitely mention this. It is known that an integral that has limits of integration (i.e. a definite integral) does not require the addition of a constant

[@yuriiherbenko8381]

​​@@ro_sgrif it's so obvious, why there's an emphasis on 'plus C' in every video with indefinite integrals at "brbp calculus basics"?
I -- integrity.😂

[@Ninja20704]

@@yuriiherbenko8381 indefinite integral is only when you don’t see any numbers above and below the integral sign.
If u see numbers above and below the integral, it is a definite integral, where the answer is just a number and not a function

[@cyorter7737]

3:50 Student after this: *failed due to forgetting "+ C"*

[@dontmind159]

It's a definite integral though

[@Kier_but_who_cares]

this comment is the reason why you shouldn't sleep on your calculus class

[@pseudolullus]

Nope

[@pryme0]

I think you failed by putting +C on a definite integral

[@funnysisyphusman]

e