Translational Mechanical Systems

[@USB-C-H1B]

Thank you, I was missing just this while solving problems

[@Haraguin]

Thanks for the great lecture! Please if you see this in the future could you change the visualisation of friction at 15:35. Im my mind the resistive force of the dashpot acts in the same direction as it is placed so it wouldn't be opposing the force of the motion in that diagram .

[@sahilyadav5662]

your lectures are so addictive....other's lectures seems boring...so plzzz upload lectures quickly

[@vaijnathkokane7200]

Thanks sir plz upload next video as soon as possible You are great your teaching techniques are awesome 😎😎

[@anishsharma6702]

wow , its a great video giving us the prerequste kowledge to solve the problems and understand it

[@mrad1980]

Thank you. can you upload a vid indicating the transfer function of a piston compressor, compressing gas ftom one pressure to another using polytropic transformation

[@PunmasterSTP]

Translational mechanical systems? More like "Terrific, magnificent explanations!" Thanks again for this entire series.

[@alandeutsch7769]

Shouldn't f(t) for the spring and friction be pointing in the opposite direction to x(t)

[@sanskarkumar6484]

thanks Sir🙏❤

[@rainasajid6678]

Can't thank enough!

[@mdimran5071]

Lecture uploaded fast sir

[@RahulSharma-oc2qd]

How come frictional force is directly proportional to velocity?

[@Neo-po2xw]

11:18

[@ModernAdventurer]

First