XI-13-1 Oscillations-1(2015) Pradeep Kshetrapal Physics

[@piyushrathod3360]

After 14 minutes, jump directly to 27:03 minutes, finish whole video & then again come back to 14th minutes & watch upto 27:02 minutes.

[@sweetsweet9780]

Oscillations hua😂

[@imstillvishal]

thnx broo

[@mistulaha4241]

Thank you... Actually I was totally confused... After watching your comments my confusion got resolved

[@vishalmehta7907]

I remember watching these lectures in class 11th 3 years ago and i cracked neet this year by dropping an year. I also found sir you are no more in this world 😭 we all miss u sir RIP legend

[@ShamsherSingh-nr7xp]

RIP

[@sukhsharma3524]

@@ShamsherSingh-nr7xp qqq

[@political615]

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[@shiwanikhokhar1993]

Were these lectures helpful to u for NEET ?

[@mahaan6218]

Happy GURU PURNIMA sir May God bless you :-)

[@sanjayprakash2944]

Sir i have no words to thank you. You are tge obly teacher of ur kind and you understand the difficulty curious students face in rattafication. You teach everything relating it to the nature. You are ineffable

[@pradeepnayak9971]

i am from nepal your teaching method is very effective to understand in clear concept whatever you taught

[@amarjotsingh3134]

you are the best teacher of physics in the whole word.i like your teaching way.

[@intekhabalammemberailindia3045]

Believe me sir you are way more better than professional coaching institutes in explaining the fundamentals.

[@shryxshorts1877]

Even though sir is dead, he still lives in our life through his lectures

[@logixpro5026]

How!!!!!kab kaise!!!!

[@shryxshorts1877]

@Vinay Chauhan kzbin.info/www/bejne/bmW3iWWJgsarsJI Bhai yeh dikh

[@nimy7654]

Some editing problem at 16 mts. Why is it called simple is removed!!

[@doctor5441]

Sir u r the best teacher of physics love from Pakistan for giving free such brilliant concept .May God bless u nd ur family

[@somnathbhattacharya1698]

Very good sister

[@b_08_amitkumarsahu90]

Sir passed away my dear

[@asliAshutosh]

Sir we love . Sir app kitna aaccha samjhatae ho sir ab physics m bhi maja aane lagta ha

[@snihaa2735]

ye suddenly displacement kese huwa ..totally confused

[@workfromhome69]

After 14 minutes, jump directly to 27:03 minutes, finish whole video & then again come back to 14th minutes & watch upto 27:02 minutes

[@jyotichoudhary5499]

Thank You Sir For Such An Easy Explanation Of This Topic. I Am Glad To Know That You Don't Charge To Teach Like Other Teachers On The KZbin.

[@rahulasiwal8095]

Best teacher of universe😘

[@shiwanikhokhar1993]

Sir ARE no more😔

[@k.1024]

At 24:05 Sir Apne kaha..ki 2..22..2 cut dijiye.. What does it mean.?? Can anyone tell me ..🤔🤔

[@Gorv_g]

Becoz at come back it's initial position after interval of 2pie so we cancel ☺☺

[@architkumar734]

Sir, what I like about ur teaching skills is that u focus on small things like when to use sin and cosine in displacement when time is zero

[@anitalayal9171]

King of teaching 🙌🙌

[@lurkingbeast6107]

RIP Pradeep Sir

[@harpadamar1712]

sir why do any two objects fall exactly at the same time.

[@ritsherout6776]

+Pradeep Kshetrapal Sir,I have some queries about the usages of x(t)=Acoswt in NCERT and y(t)=Asinwt.Sir,can u please explain me in brief please?!!

[@masoodak49]

How is the P making SHM as there is no force or. acceleration acting on it?🤥

[@vinodshuklaMSc]

talented and energetic teacher, he is honest and dedicated towards teach to students

[@ROHITKUMAR-hi4cu]

sir if the body moving forward then f =ma is acting forward so net acc is in forward direction that is mg component - ma(inertia) = net acc so direction is forward and displacement also forward sir I m confused

[@clashofclan5207]

@@PradeepKshetrapal h

[@shahrukh-wazir]

Really indian walter lewin

[@mukaramkhan1051]

I appreciate you sir for such great and conceptual explanation.

[@anubhavarya3819]

SIR A VERY BIG THANKS TO ALL YOUR VIDEOS

[@Abhishekdubeybusted]

What is the derivation for the relation : y = Asin( wt ) ?

[@Protocol91]

Congratulations for 1 lakh subscribers sir. Keep up the good work.

[@noobg6737]

sir you said acceleration and force always opposite to acceleration and force but when body moves toward mean then direction is same

[@tradestalk]

@@PradeepKshetrapal pakistan jindabad??y sir

[@tradestalk]

@@PradeepKshetrapal ok sir and thnks for your leactures.

[@MughdaMishra]

yes

[@syedimran3520]

Gazab ka lecture hai very intresting video sir thank you for providing precious help.

[@tusharbarot5627]

Sir ap bol rahe ho ki w(omega) any given set ke liye constant hai to phir y axis par velocity bhi constant honi chahiye ( v= rw) se but aesa kyo nahi hai plz answer sir

[@tusharbarot5627]

Aesa apne sir 48 min pr bola hai

[@AwaisKhan-qb1rg]

Sir simpel hormanic motion mai acceleration mean position per inccrease or extream position per

[@vishnurajput9017]

Which quantity does not be zero in shm?

[@PriyaYadav-tk2qn]

Is sir lecture sufficient for jee advanced

[@repudirajasekhar3884]

Ur lectures r always extraordinary sir... beautiful... thank u sir

[@k.1024]

You can watch video 1.5x speed .. it can save your time ✌️😄😄

[@harshneetkaur4012]

Komal Arya I am watching at 2x.

[@kanhaiyakumar0299]

How can one do it..?

[@upanshusharma9239]

kanhaiya jha new version me possible he

[@rohitmadaan8885]

But I like that quality this is physics not disco dance

[@kingrameshwarsaransh3079]

Yea babes

[@sourabhgautam5895]

Sir please harmonic motion and simple harmonic motion me difference bataiye

[@waliullah8523]

sir i am from pakisatn i want to ask you that during unifrom circular motion what parameter is constant and variable like rotational kinetic ang liner kinetic

[@strangeunseen3925]

I guess one doesn't need to mention one's nationality for asking a question!

[@richieepoor]

and that too physics...

[@prithviallurkar7496]

Sir, how come velocity isn't constant in SHM despite angular frequency being constant?

[@khusimaharana6219]

Sequence of this vdo is starting. To 16:12 then from 26:53 to end then 16 :12 to 26:53

[@ankushkale38]

Thank you

[@saurabhsinghrathoure3128]

I love your teaching style

[@ajinkyanikam4157]

sir you made my concepts crystal clear

[@shubhamsutar532]

Thank you sir

[@ROHITKUMAR-hi4cu]

sir if particle come from extreme position towards mean than both displacement and acceleration have same direction how sir please explain ....,.

[@utsavm4862]

When a body is moving away from its mean position, it always tends to get back to its mean position. So, the acceleration is always in the direction of mean position. If a pendulum is moved from its mean position, it will want to get back to its mean position so it will accelerate towards mean position. And its displacement is in the direction of its acceleration. :)

[@utsavm4862]

Sir but when the body is returning from extreme position, the displacement is in the direction of acceleration? i.e. body is moving towards mean position, acceleration is towards mean position.

[@utsavm4862]

Ok got it sir, thank you! :)

[@neelamsoni7450]

sir im not able to understand the eq of forced oscillations

[@parentfromsurat3126]

Thanks a lot sir. You are far ahead of others. I think only few topics for class XI are remaining now. I humbly request to kindly take up two-three overall revision session after that and then if possible kindly take up few session for numerical. Me with my daughter has become fan of yours. Regards.

[@rifatmia1280]

I an from bangladesh.your lecture is best for understood any tropic

[@chandankr4978]

Thank you sir 4 this awesome video!!!

[@pawankumarsingla5074]

Best physics teacher

[@divyanshchaturvedi6677]

awesome.great way of teaching

[@Kartikraj-i6h]

my fav phy

[@akraaj8384]

Nice

[@Muhammadikram-bx5gl]

sir please clarify this question that "is every oscillatory motion is simple harmonic motion"?

[@AartiSharma-ek1pn]

No but every shm is oscillatory motion

[@mukeshkumar957]

sir plz aap chalk konsi use krte ho......... thnks

[@31abhay31]

kores dustless chalk

[@mrking4241]

Great fan sir love you❤️

[@samiyasheikh1720]

Best sir for physics

[@namratasingh9278]

See d vdo of physics walaah by alakh pandey then u forgot all d teachers of physics🐿

[@nitinmaurya9067]

@@namratasingh9278 right

[@nasrullahmirbahar4634]

Sir, when the particle reaches mean position there is no force is acting on it.so sir this means that at mean position acceleration is zero, and also sir we have learnt that kinetic energy=half of mass times the dot product of velocity. Is it correct? And also Sir how can we define an inertial force?

[@nasrullahmirbahar4634]

Sir, can we call a centrifugal force an inertial force?

[@anush7386]

Yes it is the inertial force only

[@nasrullahmirbahar4634]

cannot get that we call centrifugal force as force and as we know that inertia is associated with the mass of body>???

[@jagmeetsingh452]

are all oscillatory motions are SHM? ?

[@j.origamitutorials8216]

Jagmeet Singh No,But All SHM's Are Oscillatory Motion.

[@j.origamitutorials8216]

Jagmeet Singh Oscillatory Motion Also Include Motion In Which No Net External Force/Acceleration Acts But SHM Includes Motion Of Particle With External Force Towards Mean Position And Thus SHM Is Subset Of Oscillatory Motion .

[@bheeshamkhatri4541]

sir what is the meaning of this sentence.... stationary waves are formed at more than one frequency...... plzzz explain it....

[@bheeshamkhatri4541]

Ok... thnks sir

[@VaibhavSharma-qj8yi]

sir ,what is pressure waves and transfers waves

[@shodhanshetty7043]

what is n and p

[@maggieraphael2580]

N is normal to O and Q and P is a point of oscillation.

[@swakshardeb7908]

sir, what is the diffrence between angular frequency and angular velocity???

[@j.origamitutorials8216]

Swakshar Deb Angular Velocity Is For The Particle In Circle And Angular Frequency Is For It's Projection Moving Along Diameter.

[@j.origamitutorials8216]

Swakshar Deb Basically Angular Velocity Is Called Angular Frequency For Projection Moving Along Diameter (Both Have Same Value,In Fact Both Are Same Just Difference In Name).

[@targetwithshubham8985]

Suddenly topic changed why sir

[@kajalverma3271]

sir what is quartz fiber

[@sumitraj7877]

sir tan function bhi toh infinity k baad repeat hi karega

[@goutamkumar0733]

Sir ap kelia ak question mera he pleas answer Dena .A simple harmonic wave is represented by Y=10sin2π(t|0.05-0.05x) find its wave length and velocity

[@himanshubansal6809]

sir you are great sir!!! In lecture some topic are skip .So that's its a problem for us.

[@sauravmaurya353]

Why angle is taken omega t? Can we take thitha?

[@kushvithalani8114]

Saurav Maurya As displacement = velocity X time -> angular displacement = angular velocity X time Therefore, theta = omega X time.. 😀😉

[@sauravmaurya353]

thanks

[@jack-fl9dr]

Thanks Sir

[@ravisangar4432]

sir please post the videos on oscillation only in pure english

[@anmolking8814]

congrats you got 1 lakh subscribers

[@harshneetkaur4012]

@Chirag Dhunna now =6 lakh

[@priyangjoshi619]

is this also good for iit preparation

[@bey0u414]

Priyang Joshi very very good for iit.

[@shodhanshetty7043]

why u taken a circle

[@shreyestaral9516]

I'm so confused, can anyone tell me, which set of videos will cover entire chapter oscillation and waves class 11 cbse? I'm confused because there are so many videos( 2014, 2015 )

[@thor-sonofodin6177]

+shreyes taral yar 2015 ki sari videos dekhle

[@artistharry4339]

sir may I know that where r u from?? where is it institute located in India ??

[@karimrezaul4632]

you are excellent

[@anushreeyadav3432]

sir y u skip ur videos....??

[@j.origamitutorials8216]

Anushree Yadav Its Continued After 26:30 Just Skip Till There And See whole Video.

[@SumitKumar-yq3ql]

thanks sir for the video

[@vidyaclasses883]

thank you so much sir..

[@sonalimaurya3835]

Sir aap mast padha hai

[@shriyanshsrivastava7579]

SIR YOU ARE GREAT

[@shambhavisharma2944]

14:00

[@lalitkaushik3324]

Inertia of motion😮

[@abhijitburagohain8006]

Thanks sar

[@samriddhisaxena5248]

36:52

[@abusayemmohammadsakib2035]

THANKS A LOT..............

[@PankajSharma-tm5oc]

🙏🙏🙏🙏

[@akrititiwari3041]

Can anyone tell me whether previous vedios on oscillations (2013) are better to watch or this one (2015) . Both r by same teachers although!😂

[@modasirhasan7537]

Akriti Tiwari try to watch video of latest year

[@mansipandit8159]

Thank u sir.

[@swetagupta9479]

very nice sir

[@aakashbhardwaj3287]

wonderfull

[@aryansharma-ho7fz]

Sir g aap to allrounder ho

[@IsarAzam]

Thanku sir

[@gamer-qe7hb]

Sir you are amazing

[@saurabhsinghrathoure3128]

Saurabh aapka fan hai

[@superhrishi0504]

😊👍

[@akashbhardwaj9770]

Jee

[@aishanmearaj-2471]

This vedio was a bit of head ache.....sir plz replace it.....

[@political615]

Fgj hn jkk

[@azamhamid9032]

Nyc

[@sciencetutorial1227]

Thanks sir

[@shwetasoni1069]

Thank you sir

[@bhardwajaditya415]

Sir is no more

[@GautamKumar-de3mt]

Thanks sir