TYPES OF VIBRATIONS (Easy Understanding) : Introduction to Vibration, Classification of Vibration.

[@arasavillisuryapratap4993]

sir please make more videos on different concepts...
from different subjects
WE LOVE YOUR VIDEOS SO MUCH SIR

[@moviefreak7737]

@@lucianfrederick6007 nu

[@darwinjaymanait4361]

@@moviefreak7737
Q

[@SanskrutiHarne-j9z]

Sun dekh vapas

[@pietlopsa9164]

0:54 in free vibration, the amplitude stays the same because it is free so there is NO energy loss. And also the frequency stays the same!

[@simantaksinha9195]

yea bruh the free vibration concept and forced vibrations are mixed and is wrong

[@tanii1356]

Exactly

[@sajeeshmuringathery8303]

Free vibration graph is wrong

[@adarshbharti3122]

Love from INDIA 🙏

[@gautamyt2952]

In free vibration amplitude is constant, you said wrong

[@jayjadhav-wt9uq]

Kaha se padhte ho Bhai itna khatarnak question

[@rishabhjain5103]

Yes true!!!!

[@dennaaro]

Yes

[@90USR]

It is not constant. The body has to constantly experience resistance from the medium which overtime decreases the amplitude.
Edit: i understand now, we must assume the body does not suffer resistance from the medium in order to meet the definition of a natural vibration, and there amp is indeed constant

[@shortkingdom5054]

It's done in vacuum

[@Piston_100]

Wow good vibration explanation

[@chaitanya8141]

Easy to understand

[@anishkrishnadhas5014]

Thanks for your valuable effort

[@shirishmahajan5447]

Keep it up sir

[@bharathkumarmangapoti5008]

Sir continue next part sir please i requist it's help our life time your teaching in better understand sir

[@yuvaraj1386]

Helpful video

[@AJ-et3vf]

Great work! Succinctly explained! ❤️❤️❤️

[@theblackpearl37]

What a video...thanks a alot

[@harikrishnan3430]

Excellent...Thank you 🙏👍

[@brianndrelan135]

Like these
Good work.

[@hridoyrajsarmah4950]

Nice video sir

[@hmm5827]

Nice explanation

[@ahmedelmansy569]

Great explanation thank you

[@bapubordekar3306]

Nic video

[@perceptionshare2248]

Great video. Thank you for sharing your perception.

[@samibasha]

Creative

[@annajimmy1725]

Thank you so much.. All the other Vids were extremely long.. Understood the whole concept too

[@godzalli44]

thanks!

[@subramanyamroyal8677]

Really great

[@shubhamshinde5538]

Excellent explained..

[@aakashchalwadi2810]

Great work!

[@arash4232]

hi, it seems that natural vibration is the same as damped vibration; just the value of damping sounds different. Am I wrong, Please?

[@ADTWstudy]

Yes, you are correct because in damped vibrations there is a damper that dampens the vibration but in natural vibration, there is no damper because of which it takes time...

[@arash4232]

@@ADTWstudy thank you

[@interestoftheworld9424]

Nice your explain sir

[@ggovind-iu4qo]

Thanks sir

[@wmangelaars9204]

There are vibrations where the ampitude gets bigger over time beaucuse of resonance. What type of vibartion is this and why?

[@wmangelaars9204]

and why doesn't the ampitude get bigger over time by forced vibration? doesnt the external force cause resonance here?

[@mswine5484]

good

[@Eater_of_Souls]

Thanks

[@RAJUAHMED-tz6qc]

Tnx

[@bbb-th1vu]

berief explanation. but as much as i understand that this is your style, i think you should consider that the voice is so monotone. it is a good voice but...... like i said. just a little tip from a viewer

[@jayandhanr3730]

can i get this ppt

[@DastarDhariCrowdMusic]

🙏🏻👍🏻🌹

[@alexus6237]

Im not sur if this is a real or a computer voice

[@Eater_of_Souls]

It's a computer voice

[@anjanishiva-t1i]

bhaii chale ho vibration ke bare mein bathane lekin khud ko hi nhiii pata hai........................Natural vibration mein koi external force nhii lagta hai and amplitude aur frequency constant rahega.......😎😎😎😎😎😎😎😎😎

[@ARYANYADAV-i6d]

Wrong information 😮

[@itsanimetime6417]

Wrong Information.