Pascal's Principle: Hydraulic Press | Fluid Mechanics

[@physics-theworkingofeveryt6086]

Atmospheric pressure and pascal 's principle are indeed important topics ! Thanks for explaining it with ease !

[@PrettyMuchPhysics]

Thanks for your nice comment! :)

[@physics-theworkingofeveryt6086]

@@PrettyMuchPhysics it was needed comment Because of teacher like you people like me who are just 12 years learn higher level physics like (QUANTUM MECHANICS) Thanks

[@physics-theworkingofeveryt6086]

@@PrettyMuchPhysics well I also have a channel Pls check it and say if I said something wrong in those video if you have time for your student Thanks

[@physics-theworkingofeveryt6086]

Pascal was one of the greatest physicist of classical period !

[@PrettyMuchPhysics]

👍

[@nellvincervantes6233]

Ok thank you sir. Will you create a vid about critical speed of rotation of the shaft (Rayleigh approximation and Dunkerly approximation) in the future?

[@PrettyMuchPhysics]

That's not on our list so far, but thanks for the suggestion!

[@douglas5260]

Molecularly, how can it be possible for the force to be transmitted with the same intensity to every molecule? I would naturally think that the molecules directly on the line of the applied force would get one hundredth percent of the force, but molecules that are around the first molecule would "feel" only some weaker component of the force (like the total force times a cosine of the angle). I can't understand how a force applied in one direction can be transmitted with the same intensity to all directions. It's like if we were multiplying the force. I apply a force in the "x" direction but get the same force in all directions for free? How is it possible? Thanks.

[@CharlJadeOfals]

1:02 ❤