Thanks for another interesting video! When I solve physics problems, I usually just create a system of equations without using the superposition principle (at least explicitly). It's interesting to see problems thought about a different way.
I think there is easier arithmatic, when you get the two equations: F = (K+sB+ssM1)(X1-X2), and ssM2X2 = (K+sB)(X1-X2), you can directly isolate F = (K+sB+ssM1)(X1-X2) and X2 = (K+sB)(X1-X2)/ssM2, then, X2/F = [(K+sB)(X1-X2)/ssM2] / (K+sB+ssM1). At last, sub in the 1's and done.
@9:17 , you said the spring and damper tries to move M1 to the right, i do not understand, why the damper and the spring not exerting an opposite force on M1 because the restoring force
You're a legend bro - this helped me so much for my Linear Control Systems class in EE
Thanks for another interesting video! When I solve physics problems, I usually just create a system of equations without using the superposition principle (at least explicitly). It's interesting to see problems thought about a different way.
yeah, it should just be x1-x2 for m1 and x2-x1 for m2, this saves a LOT of time
This is the best explanation!
Much appreciated Sir 😊
Use matrix+ linear algebra to solve this Mechanism equation (pass by)but i am analog or Digital realtive with jobs😊
Excellent Method of treaching Very impressive 🤩🤩
I think there is easier arithmatic, when you get the two equations: F = (K+sB+ssM1)(X1-X2), and ssM2X2 = (K+sB)(X1-X2), you can directly isolate F = (K+sB+ssM1)(X1-X2) and X2 = (K+sB)(X1-X2)/ssM2, then, X2/F = [(K+sB)(X1-X2)/ssM2] / (K+sB+ssM1). At last, sub in the 1's and done.
What a legend indeed
Good job...
big up my bro, if i pass the control systems module it's gonna be cuz of u my boi
Did you pass?
@@danielberry5755yes I did Alhamdulilah :)
This video is so incredible💯
ur the goat i love you
What about rest of the control system lecture? when will it be ready?
TNX sir❤
This is a great video. More understandable than my lect lesson.
Awesome video, thanks.
Sir what happened if two damper or spring are connected in series ( cascade for) ??
majja.
@9:17 , you said the spring and damper tries to move M1 to the right, i do not understand, why the damper and the spring not exerting an opposite force on M1 because the restoring force
If you didn't get it, it's a reaction force due to the spring force, and in opposite direction
thanks Sir🙏❤
Thanks
Can you also do three degrees of freedom.
Plz make the video on VLSI DESIGN.
Salute to u sir ..☺️
Quick upload video sir
PLease upload C++ videos
lifesaver
Why are you taking force due to acceleraton while it is frictionless
Because of the mass of Body
Sir plz ...
Jaldi jaldi lao eski video
helal olsun be
You are not good in teaching, please neso change this man. He is using difficult words and speedy,.
You can request to teacher for more easy, clear teaching style,,,,,to the point concept ..
bro what get the hell up from outta here google is a free platform, use it to research words not bitch about it
zhatu tu mandbuddhi hai.