Jenna Ortega teaches U-substitution in under 90 seconds

this actually really helped

THis is Goldmine 😅😂

How is this not a lawsuit???

WTF did I just watch? 😂

There's a short trick. You can perform the normal integration like when u do with x. It will become (3x-1)^5/5 and then divide it with the coefficient of x that is 3. And get the answer

U rule? Power rule

friendship ended with chain rule*, now *u-sub is my best friend

Wait this actually makes sense?!!???

I can teach Jenna something too. How to get pleasure.

"hey ho look"

pascal triangle taking a break here i see

Wtf this is awesome haha

This helped me more than my calculus professor

manual integration is such a waste of time. Just use mathmatica or wolfram alpha.

Why didn't I have AI during my college time? So daaaaamm good to review it years later

don't be a goofy gooner 🤣🤣🤣

Cool I still don't get it

Damn Obama is good in Calculus?

I would have learned this stuff so much easier if I had AI celebrities teaching it to me.

Why?

Well if this is how gen alpha learns math, so be it

step 2. because the real world doesn't allow for perfect functions, how can we derive a governing differential equation so that after numerical analysis, the result resembles this.

using linear substitution w can directly integrate it by letting x= 3x+1
which implies
integral (3x+1)^4 dx => {(3x+1)^5}/{3*5} + C
=> {(3x+1)^5}/15 +C

Tf did i just watch?

thanks mr president

Obama is NOT that smart.

We’re making it out of calc 2 with this one 🗣️🔥

Is this how GenAlpha kids learn math??? 🤣🤣🤣

Yea sorry im to dumb to even understand this 💀

Like what am i even trying to learn bro i barely know algebra

Obama 🤝 Ortega

I learned this the hard way but when using u-substitution if the u' expression still has the variable in it it has to divide out somehow or it won't work. EX: u = 3^2 + 1 would require an x on the outside of the parenthesis or x * (3x^2+1)^4 for it to work.

Nice, but I can't substitute U will anything else

Wow. I am really dumb.

We can expand the bracket using Binomial Theorem .

Brain nourishment fr

This would've helped me in calculus in uni 😂

I got confused 😭 I’m a year 10 (9th grader)

calcmaxxing

I passed calculus 1 with 92% then didn't even get enough to be allowed to take exams for statistics 💀

Is it really Jenna Ortega?

Zena Neutrino knows her calculus!

Calculus isn’t very hard (at least 1 2 and 3) but it takes people some time to process these things for the first time

Let's take a critical analysis of the displayed equation, let's y = (3x - 1)^(4) using the integration approach a^(n) ≈ (1/(n+1))*a^(n + 1) via substitution, so let u = 3x - 1 || u^(4) || u' = (1/5)*u^(5) || we have to also integrate the integrable variables in u, so 3x - 1 ≈ (3/2)*x^(2) - x and multiply it by the integral of u, giving us ((3/2)*x^(2) - x)*(1/5)*u^(5), it should be noted that we have to replace the original value of u = 3x - 1 into our eqn. to get our final answer ((3/2)*x^(2) - x)*(1/5)*(3x - 1)^(5)

I think we're gonna be alright.

Just multiply and divide by 3

This is the worst it will ever be

This made more sense than my actual calculus class lol

Calm down it's just u' u^a classic power derivative 🤣🤣🤣🤣

What the fuck just happened

Obama was similar to The Rock