Modelling of Mechanical Systems

[@bharathvarun]

10:50 pi/2 radians

[@PunmasterSTP]

Good catch!

[@PunmasterSTP]

This was a really great physics review, and I love thinking about rotational parameters in terms of their linear counterparts whenever I have to work a problem with them! Thanks so much for making and sharing all of these videos.

[@mostafamoniri127]

At first, thanks a lot. At 10:50, I think it is π/2.

[@danuthillukkumbura9819]

Please do a video on modelling of pneumatic systems and Hydraulic systems and components such as variable displacement pumps, hydraulic cylinders, directional control vales etc. thank you

[@roshniyadav1539]

Thank you so much neso academy lots of love 💕💕 to your channel...❤️❤️

[@chandrasekar5041]

Hi

[@kikangunsiku8594]

You, sir, are a blessing. Thank you.

[@staywithmeforever]

I don't have this subject but I came for u r heart

[@random-666-op]

eW

[@rezatayebipak]

Excellent

[@muallet6110]

This presentation is to the point easy to understand well deliverd thank you

[@sanskarkumar6484]

thanks Sir🙏❤

[@Eastman122]

Love your content! What program are you using to write this presentation?

[@Neo-po2xw]

10:59 π/2 = 90 degrees

[@simranjitkaur6896]

sir please upload next lectures i am relying on NESO ACADEMY pleaseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee

[@chandrasekar5041]

Hi

[@mechanical3766]

@@chandrasekar5041 bey 😢☺

[@handegul4748]

please continue the videos:(

[@shivansh0078]

displacement may or may not be in the same direction of applied force

[@MohanLal-of8io]

at timestamp: 10:51, it is pi/2 not pi/4.

[@rohitgehlot]

Can u provide the link of electrical modelling explaination

[@vineethkumar7713]

Friction is depended on the surfaces of the objects...but in this case i couldn't imagine friction with the help of ur diagram..

[@DOGCARE11]

❤

[@bsaraswathi2219]

Can any one tell ,is this topic for electrical engineer also in control system?

[@PRAKASHSM-k3r]

10:50

[@101arnabchakraborty3]

can u provide notes this ppt ???

[@LibanNor-di3bl]

❤