Q: Does this integral look too hard? A: Yes but....

We will integrate x*e^sqrt(x^2+1) but how?
My Instagram post: www.instagram....
----------------------------
Support this channel and get my calculus notes on Patreon: 👉
/ blackpenredpen
Get the coolest math shirts from my Amazon store 👉 amzn.to/3qBeuw6
-----------------------------
#calculus #bprpcalculus #apcalculus #tutorial #math

[@deathgam3rhdgt198]

I was about to say the most diabolical thing when you boxed in the answer. Good thing you remember the +C at the end

[@pawovado]

u^2=x^2+1 so 2udu = 2xdx so xdx = udu and then IbP

[@stevenogbuehi3846]

That's how I did too. Just use special substitution.

[@pawovado]

@@stevenogbuehi3846 i saw u = sqrt(x^2+1), you can also take u^2= x^2+1 and take the derivitive on both sides and Then integrate by party

[@stevenogbuehi3846]

Yes,that's what I saw as well.

[@isobar5857]

Could you not factorise the final answer to get a tidier solution? Or am I wrong?

[@Ninja20704]

You could but it wouldn’t exactly be neater/tidier IMO.

[@rogerkearns8094]

Yes, I agree; it would be neater without the awkwardly duplicated e-to-power term.

[@cameronskellams5670]

e^(-x²) 😈😈😈

[@yelr1136]

Can you go over the AP Calc BC FRQs?

[@holyshit922]

It is easy to see suitable substitution and then integration by parts

[@experimentbysaifanali7580]

Yes, 1st