D'Alembert's Principle / Equilibrium Method (Dynamics of machinery)

[@AbdullahKhan-zz3bt]

5 min me concept clear🤩🤩🤩 thank u so much🥰🥰

[@sai3727-u6y]

easy and understandable explanation. thank you

[@EducationLessons]

Ur welcome 🤗

[@rkraxxxgaming]

Best video bro ❤

[@abhijeetshelke7381]

kyaa baat hai... sahi banaya hai vdo...

[@vikrantkaushik8532]

Sir i have a doubt, Jab humne mass ko niche pull kiya toh us direction mein bhi force lagai hogi voh kyu ni li. Plz reply sir

[@yogeshgangurde6695]

Because the externally applied force was later removed, and then the system was allowed to perform free vibrations. And when a system is under free vibration, no external excitation acts/ no external excitation is considered.

[@mjindia21]

Brother dom ke imp Q provide Karo plz Unit 3 :- Single dof free vibr. Unit 4 :- Single dof forced vibr. Unit 5 :- two dof undamped free vibr. Unit 6 :- measurement & control of vibr & intro to noise

[@EducationLessons]

Mostly covered in our imp questions section on website. Pls check - www.educationlessons.co.in/important-questions/

[@vinayakhuracan5182]

What is reason behind not considering the initial accleration (real)

[@yuvrajg182]

Which book to refer for vibrations ?

[@tejavathmahesh3321]

Very nice sir

[@Tech2Galaxy]

nice explanation

[@komalchavan5654]

Thank you so much for uploading this video

[@EducationLessons]

Your welcome. Have you check out the playlist having more important videos on balancing and vibration. Here it is: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_ This playlist contains important Theories and numericals on balancing and vibration, so Check out once and do share with your classmates to help as many as possible

[@ajitsinghania2985]

Vary vary thanks sir Or bhi topic ka video banakr daliye

[@EducationLessons]

Sure we will upload more videos on Dom...till then you can watch more videos from playlist: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_

[@nachikachoriya4242]

Nively explained 👍👍

[@EducationLessons]

Thank you Check out more videos from playlist: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_ All the best for your exams 👍

[@EducationLessons]

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

[@AmanRachiMehta]

I think there will be simple harmonic motion bcz F propositional to x (displacement)

[@EducationLessons]

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

[@hanumantmanigupta7000]

Full ad dekhe hai taki tumhe paisa mile🤓🤓

[@shoebmohdnadeemtamboli8864]

Good explain

[@EducationLessons]

Thanks for appreciation

[@ishworsapkota1983]

nice video😊😊😊

[@EducationLessons]

Thanks brother 🙂 Here is a playlist with more videos on vibration kzbin.info/aero/PLwpA_XrwdvgYT6cqLRYVOgy8hS1h0UnmI Hope this helps you

[@mainakdutta905]

what does omega n denotes?

[@EducationLessons]

It denotes natural angular frequency of a vibrating body

[@mainakdutta905]

@@EducationLessons would it be natural angular frequency or natural angular velocity?

[@EducationLessons]

Generally in physics, Both terms are same thing. For rotating body we use the word angular velocity. But here in vibration portion we are using the word angular frequency because the vibrating body has some frequency of vibration. It's unit is rad/s.

[@mainakdutta905]

@@EducationLessons okh...,now I got it..! Thank you very much for clearing my doubts..!😊

[@hrishikeshathawale407]

Sir aur bhi topics ke videos dalo na plzz.. DOm ke Pure vibration ke videos daalo

[@EducationLessons]

Sure Hrishikesh ...Check this playlist for DOM: kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_&disable_polymer=true And comment us if you have any doubts in this topics

[@mrsush1994]

Jab humne spring ko x displace kiya uski equilibrium position se k(x+delta) toh mg se jayada hua kyunki k*delta =mg tha ...... toh acceleration toh upar ki taraf aaya ... toh inertia force toh neeche ki taraf aani chahiye na ..... can anybody explain ??

[@EducationLessons]

Hey Sushant, Here we are giving the displacement in downward direction. And always remember that the inertia force acts in the opposite direction of motion. (Yaha par downward direction me motion dete Hain so acceleration bhi download direction me hi hoga, and opposite direction means upward direction me inertia force lagega.) Hope you get the idea... If you still have any doubts, feel free to comment us!!

[@RAKESHSINGH-yz1yi]

Elastic spectra

[@LifeCoach1296]

Thanks again

[@shantanukhan5218]

Thanks sir

[@rishabhedmond690]

The ending almost gave me a heartattack 🥲🥲

[@EducationLessons]

Sry for the inconvenience.. We have changed the outro music in the latest videos.. Thanks for your feedback, Team EL

[@puneetpandey2887]

Thanks sir

[@EducationLessons]

Your welcome Puneet. Also watch numericals related to energy method and D'Alembert's principle and comment us if you have any doubts. kzbin.info/aero/PLwpA_XrwdvgZdUjaiINtHxzw_wIdfO52_&disable_polymer=true

[@nirmolmishra1159]

Thanks sir