Practical Mass Spring Dampers | for Physicists & Engineers

[@213pool]

That deserves millions of views. Thanks a lot.

[@INTEGRALPHYSICS]

Glad it helped!

[@someguy1746]

thanks, everyone else just shows maths and that same diagram and you were the only one to show an actual example

[@INTEGRALPHYSICS]

Any excuse to go ride my motorcycle...

[@SkorpionYassine]

@@INTEGRALPHYSICS Lmaoo

[@deepaksinghkanyal7141]

Concepts tought with ease and practical application approach. Thanks a lot

[@INTEGRALPHYSICS]

Glad to hear it was helpful. I had fun making this vid.

[@srivathsaankarunakaran3237]

Great Content Mate, you got Practical and Theoretical knowledge keep sharing knowledge....

[@RCmies]

I think it's cool to think damping force is damping coefficient times velocity of the displacement. When the shock is very quick, the dampening force is higher.

[@INTEGRALPHYSICS]

Generally speaking, think of the spring as a POSITION dependent force and the damper as a VELOCITY dependent force.

[@omerosman1280]

what a hero,,,thanks

[@farzadfotouhi1530]

Thanks man

[@INTEGRALPHYSICS]

You're welcome!

[@bhuiyanhridoy2498]

👍

[@HamzaHamza-og7me]

it is also known as pascal principle

[@INTEGRALPHYSICS]

Pascals law would apply to a single side of a piston, the whole point of the piston though is that it constrains flow and forces there to be a pressure differential across the piston, meaning you cant apply pascals law from one side of the piston to the other.