Energy Method for undamped free vibration (Dynamics of Machinery)

[@venugopalc4714]

no can teach like this sir really ur explanations very good ....thanks

[@EducationLessons]

Thanks for appreciating our efforts You can check out more videos from playlist kzbin.info/aero/PLwpA_XrwdvgYT6cqLRYVOgy8hS1h0UnmI Keep sharing to help others too 🙏

[@shrrey]

Thank you so much sir. This is really helpful.

[@shantanukhan5218]

You are doing great keep it up thanks

[@EducationLessons]

Thanks for your valuable response 😊

[@XRINGTONES]

By using energy method, find the natural frequency of undamped free longitudinal vibration Can we use this derivation for above-mentioned question ?

[@ADTWstudy]

Good explanation...👏

[@EducationLessons]

Thank you 🙂

[@26_abilashreddygaddam98]

Why haven't you taken mgx (potential energy of block)

[@ankitpoddar3954]

Thank you..thank you..👍

[@shaneabbas3985]

Your teaching is amazing ....Make more videos ......On DOM ....Cover all Vibration .....Keep your good work up

[@EducationLessons]

DOM IMPORTANT QUESTIONS-QUICK REVISION (pdf) drive.google.com/file/d/1Tb82RKOnA1mlfaU8mxQBdAC6si2ytVem/view?usp=drivesdk

[@EducationLessons]

RAC-IMPORTANT QUESTIONS_QUICK REVISION (pdf): drive.google.com/file/d/13NEp_yotA7N1NY0vfnE_RVH0rBqbjrun/view?usp=drivesdk

[@sreedharviswas956]

pe of mass??

[@AuthorityNSC]

Exam me khali hum K.E and P.E equation take likhe sakte he sir

[@rajkumarpatel7036]

Is it used for damped vibrations?? Bcz in damped vibrations, loss in energy occurs

[@EducationLessons]

It's for undamped free vibrations ... You can check damped vibration videos in the playlist here - kzbin.info/aero/PLwpA_XrwdvgYT6cqLRYVOgy8hS1h0UnmI

[@shantanukhan5218]

Please upload a video for rayleigh's method

[@LifeCoach1296]

best explanation.. thanks

[@EducationLessons]

Thank you Shubham for appreciating our work ✌️

[@cfdanalysis3103]

Nice explaination

[@jenilpatel7362]

Thank You sir

[@EducationLessons]

Your welcome.. hope u will recommend Education Lessons to your friends as well.. This will help us grow.. Thanks, Team EL

[@bhaskarv5904]

Keep up the good work

[@EducationLessons]

Thanks, will do! Also, visit educationlessons.co.in for more useful content.

[@cocaddictedclasher6344]

ty for this cocept clear best study video and make more videos

[@EducationLessons]

Thank you for appreciation...stay tuned with us..we also have other videos related to the same subject. So u can check out the videos and comment us if you have any doubts 😊✌ Here is the link of playlist: DYNAMICS OF MACHINERY: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_

[@EducationLessons]

DOM IMPORTANT QUESTIONS-QUICK REVISION (pdf) drive.google.com/file/d/1Tb82RKOnA1mlfaU8mxQBdAC6si2ytVem/view?usp=drivesdk

[@EducationLessons]

RAC-IMPORTANT QUESTIONS_QUICK REVISION (pdf): drive.google.com/file/d/13NEp_yotA7N1NY0vfnE_RVH0rBqbjrun/view?usp=drivesdk

[@applemac1281]

Starting cha music barobar nahi yekayla

[@EducationLessons]

RAC-IMPORTANT QUESTIONS_QUICK REVISION (pdf): drive.google.com/file/d/13NEp_yotA7N1NY0vfnE_RVH0rBqbjrun/view?usp=drivesdk

[@26kandarpdave7]

Guys if you want notes then follow Dom Book of Techknowledge publication by Dr F.B.Sayyad, because sir is using same material, in other language copy-paste.

[@EducationLessons]

DOM IMPORTANT QUESTIONS-QUICK REVISION (pdf) drive.google.com/file/d/1Tb82RKOnA1mlfaU8mxQBdAC6si2ytVem/view?usp=drivesdk

[@abhijeetnigam3740]

Sir parallel spring and series spring ka ek new video toh banna dete

[@prakashchoudhary7784]

F=kx kaise hua

[@keertankhamar5662]

Thank you ☺️

[@EducationLessons]

DOM IMPORTANT QUESTIONS-QUICK REVISION (pdf) drive.google.com/file/d/1Tb82RKOnA1mlfaU8mxQBdAC6si2ytVem/view?usp=drivesdk

[@EducationLessons]

RAC-IMPORTANT QUESTIONS_QUICK REVISION (pdf): drive.google.com/file/d/13NEp_yotA7N1NY0vfnE_RVH0rBqbjrun/view?usp=drivesdk

[@keertankhamar5662]

Thank you bhai

[@keertankhamar5662]

Dom ka paper acha gaya ✌️✌️

[@EducationLessons]

good job... all the best for RAC

[@ayushpatel4458]

Gujarati??

[@RATHODVISHAL-ru6oh]

How the derivation of x^2 is 2x° • x°°

[@debasishmahanta8416]

Because x is not a variable in this case . It's the displacement which differentiation w.r.t time is velocity i.e x dot .

[@pdkfjdbhdj]

Bro my suggestion for you is please teach in english so that u can get more subscribers..cause people like me(non Hindi) can easily understand in english...😅

[@EducationLessons]

Will consider your feedback.. some videos are in English.. kindly share your views on the same

[@wakefulsleep2979]

Differentiation, not derivation.