because of this type explantation low student are unable to get you

Thanks For Clearing my concept 🙏🙏🙏🙏

I wish to analyze free damp vibration of plate using FEm. but how will I get the value of C or damping factor? and rest of the code should be just like yours ,right?

Sir, what is the role of swivel block in this case ? I am not able to visualise that😢

At minute (9:13) you have defined r theta = x. Why is it not tan(theta) = x / R?

Thank you sir for the clear explanation! You're a legend! Well done.

Nice 👍

sir you taught the topic so beautifully and effortlessly❤...thank you sir

you teach worse than my professor

Thanks 🙏🏼

Clear explanation ❤

helpful, thank you

sir isn't the cover side on the left of the piston and the crank side on the right?

Please can you help assist with the MATLAB code to simulate the solution

Nice

for n = 6.89, we should consider 6 cycles or 7 cycles?

Amazing video. Helped me clutch my final project for my Mechanical Vibrations class

Sir I want solution of " Derive the solution of harmonic vibration of undamped SDOF systems for initial conditions u knot and i knot of displacement and velocity respectively. Plot the response

Great explanation sir. I am preparing this for jee but wasn't able to get the core concept

Thank you

Nicely taught sir ji

Why the initial conditions are in a single row and not a column ,same for output 🤔

thanks a lot for being this descriptive

İmparator

Why are all the forces assumed in the same direction..and when i assume one force in the spring to go a different direction the answer is different

Wow ur teaching is so powerful can you pls make videos on closed coil helical springs

Is it possible to provide me your contact details please ?

Thank You Very Much

how k is different in both cases? if rigid body is not changed

Thank you sir!

qiral mq Sometimes heroes don't wear capes

Is P2 a given cause you don't need it to get everything to move?

Sir, won't it be x(t)= 2/20sin20t at 6:26 ?

del L eqauls L cos theta, and not sin theta! check that! the result is false.

God bless you bro

Explaination of last part-why resultant force is in the downward direction ::::: because ye isliye hua kyuki hum sir ne moment ki value nikalte time Rsin theta ko counter clockwise direction me liya hai.. Isliye last me R ki value ko neeche dikhaya gya hai jisse ki last me moment nikalte time bhi counter clockwise hi rhe.. Aur agar maan lo ki hum R ko upward dikhate hai usse hum ko moment by R clockwise milega... Thats it from my side thank u..... ❤

sound quality is not good

Vaccum ?

Sir can you elaborate ∆ I don't understand when it becomes sin or cose

Thank you 🙇‍♀️

Thank you very much. This is very useful to dertermine the damping coefficient, especially if the damping is low like with steel springs.

beautiful

Thanks so much sir🙏🙏🙏🙏

Thank you so much for this video Sir.

Tell us more on how can we decide the points of where to measure vibrating using eigen vector and eigen values

Nice videos ......

Thank you, this helped me understand for a quiz!

This video was very useful , however I would like to know how you found theta to be 30

Do you have this code which you showed here. I tried but its not working.

An amazing explanation.👌👌