Both. Elementary.

Undoubtedly a masterclass and literally the best video for pulleys on the internet. I can't find words on how to thank you mate <333

Your capacitor: ⚡💡 Turboflex Capacitor: ⚡⚡⚡⚡⚡⚡⚡💡💡💡💡💡💡💡

Life saver fr❤

understood all the concepts clearly thank u very much 😄

Это тупо

I would like to know the difference between 3 different objects that he swings like a pendulum.

Can't we just use H = 1/2g(t)² where H is the maximum height, t is the total flight of the object, and g is acceleration sue to gravity

This is not perpetual motion!

I built a magnetic brake for an old analytical balance I had. You don't have to wait for the oscillations of the beam to die down.

im so cooked ;/

Centripetal. The ring provides a normal force vectored towards its center, hence center seeking aka centripetal

Вау он крутится

It is centrifugal force

Centripetal force

Да женщина босс якудза фантазия разыгралась

Thank you sir. 😊

I've been watching for 3 hours. When do they get the ring to mordor or whatever?

i think im falling in love with you

It is just a looped vedio

Why is theta integrated from 0 to pi and not 0 to 2pi?

I am sick to death of crap music being played over shorts f this I’m out

I have no idea what's going on here

this might be too late but im doing almost the same assignment and im so confused is x supposed to be length? i thought it was supposed to be time?

Los fans de la NASA no conocen esto

Fuuuuuaaark, it's so simple now.

Con Zapatero mejor guardaros la cartera amigo… ha sido el segundo presidente más incompetente de la historia de España, después de Perro Sánchez

Возможно ли применять эту технологию в подвеске автомобиля?

Acertei 180 das 193 vezes que assisti !

All motion wants to continue in a straight line. If you are feeling a gravitational force while moving, it's because you really want to go in a straight line but there is some thing making you turn. And you are feeling the acceleration of the turn. If the turning force should be diminished then you would go straight.

The question is, what force is acting on the ball to send it perpendicular? Is it A. Centrifugal force, or B. Centripetal? The lack of reading comprehension on america is so pathetically sad

Настоящая магия !

My guess is centrifugal

big deal, wasted my time

Это все из за токов Фуко

I believe that one has a vector aimed toward the center and one has a vector in line with the tangent to the circle. The force isn't an actual thing. It's really just the result of momentum. But the motion of the object is described in the math with those forces.

What's the point of this? Who cares how many swings a comb does? Thumbs down 👎

daddy cracked at teaching. i appreciate u

its momentum or inertia the object wants to move in a straight line

Never seen a framing crew use a chop saw tbh

You have no idea how much this has helped me. I've been having problems with multiple pulleys like those in problem 5 & 6 and I have national exams in a week! While watching this video, something clicked and I was able to calculate everything myself perfectly without looking at your calculations. Thank you sir, I really appreciate this.

Thats so awesome

TYSM FOR THIS

I have one doubt toward your work, when it comes to the simplification of trigonometrics, I saw that in the 17:50 section of the video, why you simplify into 1/(a^2) rather than 1/a? Could you please interpret a bit? Thank you very much!

Lenses Law

Erase this fool video and I keep on following you. People knows the truth about this trick

Have you ever cast a line off a hand caster. Same, same.

So it only works when you follow a curved space??? 🤯

Common sense

Still kinda went back