stationary waves in air column class 11 nbf | one end closed organ pipe | 11th Physics unit 9

[@Education-gu6ol]

The hero of physics...sir Atif Ahmad🥳🥳👌 love u sir....♥️♥️

[@mariya07]

MashAllah wonderful explanation. Sir, you're so hardworking and patient. You make sure every time that each and every concept is cleared by constant revision. 🙂

[@royalseries8264]

Yaa

[@toxic.801]

❤️

[@syedzakirshahsyed-yg2fi]

❤❤

[@sibtainali3156]

❤

[@laibaabbas4452]

In our textbook, topic closed organ pipe there is no 2nd harmonic there is 3rd harmonic and fifth harmonic

[@SufianAhmad-i4j]

Hain?

[@AhadRajpoot543]

Derivation Start from 24:32

[@dxterwolf]

May Allah grant you jannah inshallah!!

[@Munirjutt-b2h]

Sir I am also confuse that second harmonic in close organ pipe ma karna hai ka nahi

[@Abdurehmankhattakvlogs]

The best thing about you is that you dont think that no matter how much I consume time to draw these diagram and deliever lecture but my students should not suffer ❤❤❤love from kp

[@alfalaq8ss]

I liked your apple logic its amazing🤩🤩

[@ArshadMehmood-p1e]

Actually u like apples I think that's why 🤭

[@ShoaibShaheen-ue1yq]

Etni ache physics Kahan se sikhi ha. Masha allah wow 🤯 and like 🎉

[@Mantisha-r1g]

Thanks thanks thanks thanks 🎉🎉🎉🎉🎉🎉🎉

[@mujtabatariq6567]

Topic starts from 19:01

[@humazahra9487]

outstanding👌💚

[@rajaaqrajaaq9685]

Thank you so much sir your lectures helps a lot in understanding these concepts

[@malikswasif7279]

sir aap legend hyn kasam sy

[@ShahabTariq-hz8tw]

Long live sir atif.......Allah apko hamesha happy rakhain sir😊😊😊😊

[@Mafia-rr5oj]

Mash Allah wonderful explained . Think sir G

[@SadafNaveed-j8v]

sir at 17:13 yhan pe apne btaya ke max amp pe awaaz max sunai de gi aur constructive interfenrence hogi, but yhan pe to distructive interference hini chahe jese crust trugh ke upre ha

[@Abdullah86025]

Love you Sir Thanks May Allah give you your hardwork in front of you

[@IbadUllah-t3x]

Outstanding 👍

[@exploreknowledge1450]

Great lecture Sir

[@walimazhar8511]

thank u sir for your outstanding explanation

[@ANSARHUSSAIN7510]

Thanks Sir 💫

[@salmanrauf4669]

Sir confusion ye hai ky loud sound constructive interference k wajah se sunayi de raha hai ya resonance ki wajah se ??????

[@Dr.JavedKamran]

yes sir, kindly guide plz!

[@HASEEBYASIRKHAN]

Sir please also upload or make notes on lectures, thank you sir 😊😊

[@typicalawais4669]

So can we say that after the fundamental frequency the pitch of sound will increase for every overtone?

[@AbdulJananOkz]

Time saving ❤ lecture

[@madihakomal7]

I must say best physics tutor 🤩 Thankyou

[@Zaayanabid-1028]

Sir Ahmed AAP se sawak Tha ke AAP ny to is topic mn 1 2 or 3 harmonic explain Kiya magar hamary kpk Ki book mn yhi topics 1 3 5 harmonic Likha Howa Hai is ka Kya mtlb book mn galat Likha Howa Hai

[@Ahmed07O71]

mera khayal ha ke book mn pie/4 ko one harmoic lia ha . 2 resonace mn 3pie/4 length ha so 3 harmonic hoga . Ye shaid logic ho

[@MRizwanKhanVlogs]

Good

[@mohammadyameen232]

Finally ended up i found a great teacher❤❤❤

[@SadafNaveed-j8v]

yhan pe hmein jo resonance ya lound sound mili wo node pe mili? 18:27

[@ManahilKhalid-dr5xl]

Antinode...node is closed

[@astrophile2622]

Jazak Allah khair sir sir eid tak ye chap pljjjj upload kary👀👀👀

[@atifahmadofficial]

Insha Allah 🙂

[@Islamisadeen329]

Sir aap boht dinoo baad lecture upload kr rahy hain ab

[@ShabbirAhmed-l7h]

19:05 organ pipe lecture start from there

[@Omar-js5pg]

Kamal kardya sir respect fr 🫡

[@Gungun_334]

Finally i found right channel 😃.

[@hashirarshad9595]

Thanks sir...❤

[@MeharunissaQureshi]

Salam, in transverse wave f2=2f1 , but in longitudinal wave f2=3f1. Am I right ?

[@malikawan8123]

Thank you so much sir for this great lecture 💖💖💖

[@atifahmadofficial]

Welcome 🙂

[@ShifaAbaid]

Sir AP Kahan se ho plzz bataein

[@YaqoobBhatti-r6k]

Thank you sir and god bless you

[@anummustafa9203]

Excellent💯👍

[@RabiaRabiaamin-rw3fp]

May you live long (ameen)

[@ABFAKHAN-g2g]

Good teacher

[@shahidhyder8076]

Nice

[@abubakarumar4651]

Wow ❤❤❤❤❤

[@KhanKhan-g3z9i]

Asalam alaikum dear sir! Sir writing class kb lega?????

[@syedumairalishah1948]

Assalamualaikum sir ap yahan length ko constant rakte hain but udhar node antinodes tab hi change horahe hain jab ham colom ka length change karte hain...but ap ne calculation karte waqt length ko same hi lya hai every case me

[@snehashahid07]

sir KPK book mein jis se apne ye lecture bunaya hai us mein f2=3f1 ko 3rd harmonic likha hua aur f3=5f1 mein 5th harmonic, kia ye mistake hai?

[@MINE_7]

26:00 28:49 32:35

[@Abdurehmankhattakvlogs]

Sir you dont know how much i am thnkful to you 😊❤

[@studywithsarasundusNatali]

❤❤❤❤❤❤❤❤❤

[@wasylkamran7143]

Sir you are doing an excellent work but kindly at least turn on the fan or keep a cloth with yourself because that sweat is quite visible:}}

[@officialroast8053]

Nice👍

[@tabindaarif324]

👍👍💓💓

[@Editsbymeh]

Thank you so much sir I was stuck here

[@tayyabayunus1192]

What about reflection of longitudinal waves from denser and rarer medium

[@SHADDYEditx_56]

Very good lecture sir... Allah apko khosh rakhy...🥰🥰🥰🥰

[@amjadali-wn5pm]

v good explanation Sir

[@zuneraanjum7362]

If amplitude will be zero than its displacement will be what?

[@fluxpubgmobile6904]

Obviously 0

[@Mehru5544]

Amplutude is never zero because amplitude is the longest displacement from mean pos thus only displacement can be zero

[@snehashahid07]

sir agr f3=5f1 tou ye 5th harmonic hona chahiye as 5 is the integral multiple of f1?pls ye confusion clear kr dein

[@allsoullines]

Yeh book main mistake ha. yeh 3 harmoic find ki howi ha.headings ki mistake ho gi howi ha book main. 1st harmoic 2nd harmonic 3 rd harmonic

[@snehashahid07]

@@allsoullines Nai book mein sai likha hai Closed organ pipe k odd harmonics hotay hain sir ne ghalat likha hai

[@LALGADDU]

Sir agr paper mai aisai hi likh dai jis trha apnai likhwaya to koi number to ni katai ga…….

[@faisalrazzaq74]

Sir ap ki tareef kesy kren

[@Mussadiq]

Subhanallah❤

[@IsmailKhan-wl9fw]

Mashaallah

[@sardaryaqoob307]

Best

[@sift1775]

❤❤❤

[@CARSEDITZ]

Sir but sound wave k particles tu same amplituds se move krte h tu phr air coloumn me different amplitude se ku?

[@atifahmadofficial]

Jab do sound stationary waves bnaty hn us waqt Amplitude same ni rehta

[@tassawariqbal6792]

Assalam o alaikum sir please numericals b upload kardyyyyyy

[@atifahmadofficial]

Gg krny hn abi sath sath

[@AbdullahAsad-c6j]

👋🏻👋🏻👋🏻👌🏻👌🏻

[@abidakalsoom9147]

They are 1st, 3rd and 5th harmonics. In closed organ pipe, only odd harmonics exist Please correct them

[@didarshah6927]

Nice sir

[@HamzaKhaskheliother-eu9oo]

Sir u are Sindhi?

[@gulannar6354]

He is from Punjab

[@manahilkhan2370]

GOOD LEACTER 💞💞 BEST TEACHER OF PHYSICS IN THE KZbin ❤️❤️❤️

[@SpicyBro-mf4fy]

I was looking for someone who can explain this topic to me easily and I found this video of yours thank you sir ,❤ you cleared all my confusions.

[@mshismail2512]

sir plzz ....... chapter 9 physical optics jaldi start karai eam boht nazdeek hai

[@SajjidkhanKhan-j2q]

Sir ya node hamesha antinode sa 1 extra hota hai. To ap na 3rd hormonic man. 3 node r 3 antinode banay hain ?????

[@muqadaskhan3996]

superb,amazing,mind blowing sir,really fantasticwashhands🫀

[@anzarshaikh934]

thnx for the time steps option in description, that is very helpful

[@zohakhan714]

Last lecture me 2nd harmonic ki value f2 = 2f1 Lamda ati thi or isme 2nd harmonic ki value f2=3f1 lamda arahi jo ke 3rd harmonic ki value hai … Same goes for 3rd harmonic , in previous lecture 3rd harmonic was f3=3f1 lamda and here its f3=5f1 lamda which is value for 5th harmonic … I’m getting very confuse, Sir can you please explain it ?

[@ahmadkamal6134]

It is because the second harmonic would be at the second antinode which is not possible at the close end so we need a node at the end of closed pipe therefore we discuss 3rd harmonic immediately after the first one.

[@noorzahra5150]

We dont need a node, as node gives no sound. There is minimum vibration at node. Rather we need an antinode here. Since 2nd harmonic will give a node ( a full loop = lambda/2 ) we ignore that harmonic and take the 3rd harmonic instead. Third harmonic will give us a full loop and a half loop. (3×lambda/4) Therefore we will have antinode at open end and sound will be produced. Similarly 4th harmonic will produce 2 full loops and we will get node (no sound) at open end so 5th will be taken instead. (Producing 2 loops and a half)

[@zohakhan714]

@@ahmadkamal6134 Thank you Ahmad ! But the thing which confused me is that what would we call f2=3f1 lamda ? 2nd harmonic or 3rd harmonic? Or the name doesn’t matter? because in book it is called 3rd harmonic and here Sir named it 2nd harmonic.

[@zohakhan714]

@@noorzahra5150 Thank you Noor ! I truly got what you said , But the thing which confused me is that what would we call f2=3f1 lamda ? 2nd harmonic or 3rd harmonic? Or the name doesn’t matter? because in book it is called 3rd harmonic and here Sir named it 2nd harmonic.

[@ShahabTariq-hz8tw]

@@zohakhan714 just focus on concept not on names .........good luck

[@MmAaZzzz]

sir, can you give the proper written answer that why sound i.e. longitudinal in nature but shown as transverse wave in diagram

[@atifahmadofficial]

No no no... it not transverse wave, it is actually the graph of amplitude of vibration of air particles at particular point...

[@MmAaZzzz]

@@atifahmadofficial Noted+Thank you

[@Ismailkhan-j2j6h]

❤❤❤

[@syedumairalishah1948]

Sir plz ye samja den... students ko is point me barha masla hai

[@ahmedalam2702]

original lecture starts from 19:00

[@badshahislam8184]

Thanks bro

[@mixtureyoutubechannel4791]

Ye camra great ha

[@toxic.801]

Aoa sir jese ap ne topic 8.11 mein [v=√t÷m] lia tha or phr lamda ki value put ki to aj k topic mn aesa q nhi kia can u explain sir??

[@MemoonaFiyaz]

woh trasverse waves ke liye tha,( speed string main calculate ki thi),and sound is a longitudnal wave and on this topic we uses its formula

[@toxic.801]

@@MemoonaFiyaz thnx

[@RAJA-l9w3c]

Time schedule ki samajh nai ayi sir

[@IbrahimShakeel-br1xg]

Asay TU kabi clg ma sir na bacha ni bola jsay ap bolty 😭🫶🏻

[@mahnazakhter1185]

❤

[@abdullahamin-n5l]

abdullah brand

[@everlastinginformation]

Dear sir, after resonance the loudness of sound is increased( which means extra energy is produced)..... Is it not against the law of conservation of energy?

[@obking156]

Sir ye to 1st harmonic aur zero overtune ho sakta hai to pir hum isko 1st overtune Kis tara kehtay hai in 1st diagram ♥️🫡🙏

[@atifahmadofficial]

Overtone matlb after first tone... first harmonic k bd seconds harmonic ay ga to he ap overtone sun paen gy.

[@obking156]

@@atifahmadofficial thanks sir♥️

[@Motivation-mastermind-]

Sir your shirt is interested 😮

[@muhammadnazir7188]

Sir great about the concept you gave about the longitudinal waves.

[@LetsStart-z1r]

Assalam u Alaikum everyone

[@afrasiabkhan8222]

❣️❣️❣️❣️💖❤️❤️❤️🥰🥰

[@n.aytgaming9177]

Sirr kya ap sindh ka bu stah parhaty hai plz reply

[@tassawariqbal6792]

I m so much worried about numericals

[@Gungun_334]

No words to say

[@forever_once6749]

vloging start kero sir!!!

[@tabindaarif324]

🤌❣️❣️