Trig substitution integration: x=a*sinθ, calculus 2

[@danieldanmola8266]

I don't know how well you know how to teach other aspect of math..but when it comes to math.. i give it to you🎉🎉😊😊

[@denisrudolph914]

Man the way you explain this stuff is insane thanks its really helpful !!!

[@aaronwhite556]

u almost forgot the "+ c!" you ARE human 😂

[@suryaprakash-lj8zz]

just joined your new channel ...... quality and free calculus for all....

[@Bbbbbx]

18:50 that moment of realization when u accidentally erased it was too funny

[@aarnamishra5917]

thank you, this is really useful. Revising for my maths final and this is one area I've always struggled with, but after you explained it makes so much more sense!

[@aaronwhite556]

I'm a burnt out cal 2 student and it is wholly disturbing how you simplify this!

[@newjsdavid1]

doing three problems like this is helpful for me having attention span issues

[@stelios7702]

You are the best ever i saw in math world .i wish can met you one day

[@Salamanca-joro]

8:10 damn i was lost there i was like how can csc^2 become cot but i forgot this was integration not derivative

[@darktobi-h8y]

wow your videos are very great nice well explained thank u sir🙂

[@MikeMitz-ef6rp]

It's so helpfull

[@evangelinemcdonald9123]

I love your videos

[@hydropage2855]

That intro is so funny

[@leena9708]

in problem 3 shouldnt you have multiplied the x= asinx by 2 to get what 2x is equal to? thank you'

[@rogerkearns8094]

These are good, thanks.

[@jacobschaumann]

Just wondering, where did you get your "ultimate calc 2 integrals" poster?

[@bprpcalculusbasics]

It’s my merch. You can check it out in the description 😃

[@felipequinones5769]

I can’t buy your merch because it says me that my email address is not valid.😕 Keep your good work!

[@georgesadler7830]

Thank you for the video. A plus C is needed after the integration is performed. For example, when you integrate d theta, you have theta, this is incorrect. The correct solution is theta plus a Constant. Please correct these errors in the video.

[@biniyab8416]

Pls can u help me this question? The integration of 2x cube minus 4x minus 8 over (x square minus x)(x square plus 4) dx or 2x³-4x-8/(x²-x)(x²+4)dx

[@matheusdossantos9252]

I'm late but 2x^3-4x-8 = 2(x^3-2x-4) x^2-x = x(x-1) Take the 2 out 2 × integral of (x^3-2x-4)/x(x-1)(x^2+4) 2 Is is a root of x^3-2x-4, when dividing x^3-2x-4 by x-2 we have the factorization (x-2)(x^2+2x+2) So, 2 × integral of (x-2)(x^2+2x+2)/x(x-1)(x^2+4) Well, I tried to simplify to eliminate some term but I didn't see a way, so lets to partial fractions (x-2)(x^2+2x+2)/x(x-1)(x^2+4) = A/x + B/(x-1) + (Cx+D)/(x^2+4) Well, this is the way

[@silentmath3198]

Great Video!!!

[@numberandfacts6174]

Can u solve this if solve you are real mathmatician integration 0 to ∞ [ u^(s-1) ]/[ e^(u) + y ] ^(2) du 🥺

[@vitorsg]

Wow, super nice

[@cosmicvoidtree]

Did anyone else notice the ambulance at around 17 minutes?

[@akashbhatti5141]

Thank you sir

[@silentintegrals9104]

totally agree!!!

[@wristdisabledwriter2893]

Quick question. If I was in your class and used x = acos(theta) and no errors would you be mad or give full points

[@bprpcalculusbasics]

Full points.

[@hichamellouzati-fc6wj]

Good

[@TARRSS]

0:00 i⁴

[@Larry640]

my calc 2 professor took the whole hour and 40 minutes to explain this lmao

[@kianmath71]

Nice job

[@rithvikthota]

Good one

[@mathevengers1131]

How do you upload videos on your so many channels regularly? I know you are a math wizard because you use teleportation spell at start of your videos.

[@numberandfacts6174]

Can u solve this if solve you are real mathmatician integration 0 to ∞ [ u^(s-1) ]/[ e^(u) + y ] ^(2) du 🥺

[@numberandfacts6174]

If u solve my problem then I coolbe with u I am also mathmatician I have a theroy to solve Riemann hypothesis 😑

[@duetothefacthat]

fhuuuuaaaaaghk

[@AWKUM469]

Respected sir what's your religion pls reply me. I am mostly watching your video which is very helpful for us may Allah long live you.❤❤❤

[@GlobaliveKh]

🤩🤩🤩😍😍😍