@x140m40
dawg is reversing the brainrot one video at a time
@LeoBezan
Dude, I love your videos, we are lowkey learning maths and physics. I wish this existed a couple of years ago when I started uni lol
@Miralko314
blatant clickbait, it was explained in 87 seconds not 90
@elietheprof5678
The use of multiple voices really helps explain it quickly AND thoroughly. 💯
@sparshgongale1943
Brother make more please. You cleared my doubts that my teachers couldn't solve in 2 years.
@The_Instigator77
More of Khabib please 😂
@CalculusIsFun1
If you have a situation where the thing you are balancing on (correct me if I’m wrong, I’m not a physicist and it’s been a while). Since the actual balance point at which equilibrium occurs can be defined by the sum of moments divided by mass, if you had a situation of where the thing being balanced on was of a non uniform density, you now have to represent it using an integral. And this can actually be extended to higher dimensions with double and triple integrals like the ones you would encounter in calculus III being applicable for balance points in 2 and 3 dimensions respectively. I believe the formula was the sum of moments in direction divided by mass where mass was the integral of function defining density at a given point, so the integral of this function is mass. And since you now have to worry about all the moments being different because of the varying density meaning a varying mass, and since the mass can only be obtained through that above mentioned integral, you have to sum the moments using an integral. So it’s gonna be the integral of the density in the direction of whatever axis you are worried about to get the sum of moments in that direction and then divided by mass to get the coordinate for the balance point in that direction. Rinse and repeat 1 more time for 2D and 2 more times for 3D and you have a coordinate in a 2 or 3 dimensional region of space where balance occurs .
@Juggler707
Khabib sure knows a lot about math for someone with 2 classes
@swordyboiii260
Unironically love these videos, its both original and highly entertaining❤❤
@herrozoado6890
Please keep posting, your content is great!
@Alejandro2-yo6ev
Aint no way you explained this shit better than my teacher 😰
@JaimeG88
This is so cool. Understanding moments is very useful for weightlifting. The Starting Strength textbook spends a lot of time on them, but even after reading and rereading the book, I couldn't explain what they are, other than they are what happens when you are off-balance and should be avoided (except the bench-press where creating a moment is unavoidable because that is the one main lift where the barbell does not travel in a perfectly straight path - if it does, you will create shoulder impingement and ruin your shoulders). Now I understand better and can explain moments better to my gym bros when explaining the bench press!
@ikonikgamerz3853
Please make a video on trig derivatives and intergrals I’m begging you. 🙏
@rsv9999
this actually helped me measure the weight of my weighted baseballs since i didn’t know if they were actually 450g or not
@jacobstarr9010
I always just used the force direction and then looped it around back to the pivot point to find the direction of the torque.
@EnergeiaRhythmos
Khabib: brazar zis is torque you have to smesh the seesaw
@arziva1615
how do you make the people talk ? what program ? I mean the results is amazing !
@29.trankhoinguyen
Ngl i felt struggle learning about moment but with Khabib Connor i can easily understood it now
@gambeer134
This aint even my subject. Im a doctor, but still i subbed. Keep up the amazing work man🙌
@Dantaru