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Hi, i think you went too fast from 9:51 to 10:47. I have no idea it was happening

How do you make your videos ?

Awesome ❤

I’m trying to find any document that give rigorous boundaries and conditions that need to be met when using this technique and I can’t find anything. I learned this technique forever ago, I’ve shown it to some of my professors and they have never seen it before. Like does I(a,x) need to be continuous for all a(-infty to infty) and x on the interval of integration? Like what structure is needed to ensure this technique works.

Man it's impossible to hear you without cranking the volume up to max

impossible to follow

Great video but you don't actually state how the technique works at the beginning, you just show how to use it

Beautiful video. Thank you!

from Morocco thank you for this clear complete proofs

That's a great photo at the end!

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That e^x taking common moment 🤯🤯🤯🤯🤯

peak math content

is this high school level?

F(×)=b->f'(×)->a f"(×)->c

F(×)->b f'(×)->a f"(×)->c

Yummy

Hello Ron! I just posted a video that includes a solution to 0^0. Would you have a moment to check it out??

He’s going to be the next Brithemathguy

This function is cursed, don't use it

video about the backdoor? and the statistics

Lots of great knowledge here. Thank you. But please work on the flow and explanations. Some things are wrong, some information doesn't stay on the screen long enough, some important things are assumed and not explained, and some step-by-step equations would benefit from not using that distracting deformation transition animation. Like, let me see the before and after equation of each transformation step instead of hiding the last step. Constantly pausing and rewinding to fully understand 100% of the content turned this from 30min to 1h. Thanks again.

I just can't stand a problem like with black and white diagram 😅

I’m a physicist and this is more fast and loose than even I can stomach.

Awesome video!!

😭

I am actually very interested in how we can play around with operators like that, do you guys know any good resources that makes use of operator acrobatics with proofs?

ITS A INFINTED DOT ON STRIAGHT SO LINE

This is an interesting derivation of Cauchy`s Schwarz inequality. However, an alternative derivation is to use vector identities such as A*B=|A|*|B|*cos(θ). What is cos(θ) in higher dimensions?!

Please make more graph theory videos. The production value on this video matches 3B1B. Great stuff!

Where's the +c

great, now do a visual proof for all 1/n such that it sums to 1/(n-1)

my eyes

Excuse me wtf

Thanks for the educational video!! :)