Damped Oscillation Class 10th Physics | Undamped, Shock Absorber |Unit 10 SHM and Waves

Thank you very much dear Students...
#DampedOscillation #UsmanShani #physics #class10 #teachers #students #grade10
Damped Oscillation
Physics 10 topic damped oscillation unit 10 shm and waves

[@Mdcat-to-Mbbs-007]

It has been years i'm following your lectures, could you please leave the board for few seconds( at beginning or at the end ) so that we can take screenshot of notes

[@learningphysicsbyfaisalnad1278]

Increase

[@UsmanShani]

💚

[@muhammaddawood268]

Sir if we look the the T period farmula we see that T is independent of amplitude either in mass spring system or Simple pendulum then how we can say that in damping period increase or decrease?

[@777ice3]

Sir but in the previous video of simple pendulum you said that time period is independent of amplitude ?

[@AshfaqMuneer-v4c]

Sir time period is increase

[@jotarokujoe4315]

sir can you please tell which physics book are you teaching from?

[@UsmanShani]

Punjab + KPK

[@siyabkhan-jk1mn]

Sir kia ya simple harmonic motion ka example ma asakta ha ?

[@fizarajput1150]

Sir ap bhot acha samjhty Hy thank u

[@dilbarmakwana6851]

Sir AP hr ek cheez clear krwaty hen Jahan py question hota he lakin online to koi niy poochta to baaki TH-camr bs usy chhor dety hen mgr AP hr chez clear krwaty hen
Like decrease q ho rha he ?
To AP ny wo chez Bhi clear ki
Bohat hi umda perhaty ho AP ❤❤❤

[@UsmanShani]

Thank u so much, So nice Of u

[@RaNaAliyaN-wd2do]

Assalamu alaikum sir Time period increase hoga

[@UsmanShani]

Good

[@shahzadsheikh5431]

After watching this vedio i realize my car is excellent

[@bhattinicebhatti1148]

Sir
Nice lecture
And the period of time increase👌

[@UsmanShani]

Thank u so much, so nice of U

[@Faizi971]

Iam inspired U😌 lec
May Allah give U success🎓 💫

[@UsmanShani]

Thank u so much dear, so nice of U

[@najafamir8680]

Increase

[@HaZrAtAli-l1v]

Increase ❤❤❤

[@noreenasif3219]

Excellent lecture sir

[@UsmanShani]

Thank u very much, Plz like videos n share with your Class mates or friends

[@khanchandmenghwar4172]

Increase

[@Syedsaim840]

Mashallah Sir your teaching method is so amazing and so helpful. Sir but I have arised a question which is:
Sir how Time period increases in damped oscillation . Sir at the start taking more time to complete one cycle and with the time amplitude decreases so, taking less time to complete one cycle??? Sir taking less time means that time decreases???

[@UsmanShani]

yaha py period increase ka mtlb hai amplitude k decrease hony k sath sath period increase ho ga matlb oscillation jaldi complete ho gi, jaldi cycle ka complete hona is bat ko denote kr rha hai k period increase ho ga...

[@Syedsaim840]

@UsmanShani Thank you Sir

[@khalidmiraj9547]

time period increase

[@UsmanShani]

Good

[@amnaamin9931]

Honestly sir ap ka channel bhut underrated hai physics kafi students ko difficult lagti hai or muje khud samaj nahi ai even though mai ne bhut lec dekhe hain lakin muje ap ke leacture bhut interesting lagte hain.Allah ap ko or bhi zayada kamyabi atta farmaye ameen❤️

[@UsmanShani]

Thank u so much, YOur words are like Oxygen for me, So nice of U, Plz share with your friends...

[@user-rt7zi1mj4b]

Increase
Sir very nice lacture...l really impressed❤

[@UsmanShani]

THanks

[@AmirAkbarrAmir-kb5od]

Time period will be decrease

[@MuneebUrRehman-t4c]

Period remain constant because the oscillating object has less distance to travel in one cycle

[@777ice3]

Nop period will increase

[@aminanoreen3140]

Sir i think period of oscillation is decreasing am i right or my perception is wrong?

[@UsmanShani]

wrong,

[@khalidmiraj9547]

VERY NICE LACTURE SIR👍👍👍👍🤩

[@UsmanShani]

THanks

[@ShahzaibKhan-kk7mw]

Nice explanation sir❤

[@UsmanShani]

Thanks and welcome,

[@rashidmazari1819]

Sir Ap to legend teacher ho students ko b modif krte ho❤❤❤

[@UsmanShani]

Thank u so much, so nice of U, Plz support kary subscribers increase krwany me...

[@Nazeerahmad-bc7vv]

Increase

[@adilhafeez9757]

Sir free and force oscillating ka be bata de

[@UsmanShani]

Btaya hwa h, video check kijye plz

[@DeepakchohanMenghwar]

Constant damped occelecton

[@ArshadKhan-j5i]

Sir damped mean???🧐

[@zubairahmad44325]

Oscillations increase

[@HazratUmar-g8p]

Very very very very nice lecture

[@UsmanShani]

Thanks and welcome

[@KelashKumar-cv2cy]

Sir Apka lecture buhut acha hai thank you 😊

[@UsmanShani]

most wlcm, Please support kijye for more subscribers

[@Zoohair.AslamZoohairAsla-pv8sm]

You explain lecture very well sir ❤

[@UsmanShani]

Thank u so much dear, so nice of U

[@Musical8049]

Time period increases

[@UsmanShani]

Good

[@Musical8049]

@@UsmanShani thnk u sir many sari physics ap sa hi sekhi h ma sary lecture leta hu ap k ap bohat achy teacher hn allah ap ki lami umer kary ameeen suma ameen ❤️

[@UsmanShani]

Ameen@@Musical8049

[@HassanSattarSattar]

Period of oscillation will be increase

[@UsmanShani]

Good

[@DeepakchohanMenghwar]

Constant

[@romanniaz-n8n]

Decrease

[@litegaming3236]

Constant

[@tanveerkhan1285]

Good lecture sir ❤

[@UsmanShani]

Thank u so much dear, so nice of U

[@HamzaZaheer-w4k]

Time period increase

[@UsmanShani]

Good

[@Haider-qo1lx]

Period of oscillation can be constant

[@UsmanShani]

wrong

[@Haider-qo1lx]

But why

[@AdnanHaider-w8v]

Increase

[@UsmanShani]

Good

[@BilalSk3656]

Amazing

[@UsmanShani]

Thanks

[@zubairahmad44325]

Good lecture ❤❤❤❤
Sir

[@maryamaslam7207]

Your teaching method is good 👍

[@UsmanShani]

Thanks and welcome

[@habibaxyz]

Itna kmaal smjhaya h sir mza aya❤

[@UsmanShani]

Thank u Habiba, so nice of U

[@sabihazahid4215]

Nice effort sir 👍

[@UsmanShani]

Thanks