🔴 SIMPLE HARMONIC MOTION - Sine or Cosine Function || in HINDI

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  • Опубликовано: 17 янв 2025

Комментарии • 143

  • @porkey3360
    @porkey3360 5 лет назад +136

    I'm an American who doesn't speak a word of Hindi and yet I understood everything. I guess the old adage of "Math is a universal language" is true :)

  • @purohittutorial4898
    @purohittutorial4898 4 года назад +35

    For class 12th student,it is a tremendous concept explanation, normally no one tell such things...jayho

  • @lakshyabhowmick6212
    @lakshyabhowmick6212 6 лет назад +33

    Hopefully, iss concept ke your bahut aur bahut sari doubt,gussa etc., Khatam si hogayi because of you. Thank you very much sir🤗😀

  • @arnavkamo4877
    @arnavkamo4877 4 года назад +10

    You make learning Physics so fun! Thank you very much for your lectures!

  • @anitadamahe4895
    @anitadamahe4895 6 лет назад +45

    Sir can directly say that if particle start from extreme points we will take cos and if start from mean position take sin

    • @purohittutorial4898
      @purohittutorial4898 4 года назад +3

      Yes ,that is the concept.

    • @ashutiwari6974
      @ashutiwari6974 4 года назад +3

      The concept is that they both are valid if we take sin term just back 90 degree

    • @suyashkamath5699
      @suyashkamath5699 4 года назад

      @@ashutiwari6974 what is wt in X=Asin(wt)

    • @suyashkamath5699
      @suyashkamath5699 4 года назад

      @@ashutiwari6974 bro but why it's used..whether it determines the phase or. Just a phase where the particle is moving up and down

    • @ashutiwari6974
      @ashutiwari6974 4 года назад

      @@suyashkamath5699 I think you have to watch the phase video of edupoint in which you can easily understand about the phase ,In the equation of that video Phase 0 means initial phase . Here wt is a measurement which defines the position of a particle i. e To identify the position of the particle we need some measurement and here the measurement is wt in circular motion , it will be same to the position of the particle ;Now you will be thinking that when phase is changed then my answer is it will be the new starting position or position of the particle .Example to define your position some measuremet is require your velocity ,time, phase kis disha mei ho ap .what is your position means your velocity wrt to time is x now where are you and after 10 sec where are you here the position is changed and it will decide by phase

  • @prathamkakkad9075
    @prathamkakkad9075 6 лет назад +10

    arre bohot shaandaar sir!!!maza aa ggaya...but you told that (fi) is phase...but as per me it should be initial phase...

  • @ANKITKumar-qe9lv
    @ANKITKumar-qe9lv 2 года назад +1

    Jhakas chij bata di aapne sir.Ab mere concepts hai crystal clear.

  • @armanquraishi1949
    @armanquraishi1949 6 лет назад +4

    Very good sir
    Aap achcha explain krte sir really

  • @Rohit-tz6gs
    @Rohit-tz6gs 6 лет назад +1

    Mai agr sach bolu to phle jb bhi mai kbhi physics ke topics search krta tha youtbe pr tb hemsha English wale channel prefer krta tha sochta tha ki Hindi channel ya INdians ko itta detail me ni pta hga jita foreigners ko pta hga ..BUT KASAM se jvse AAPKE CHANNEL pr mne kaae videos deke aur bhut behtreen TARIKE SE CONCEPT CLEAR KIA H ..JSE aaj pta lGA ki waves ase Sinusoidal frm me kyu likhte h ...aur bhi bhut dsri videos se mre concept clear hue..AAPNE mujhe GALAT SAABIT kia .

  • @khalidbinshams8673
    @khalidbinshams8673 6 лет назад +3

    Thank you very much sir for clearing concept

  • @Priyanshu..world2.0
    @Priyanshu..world2.0 Год назад +1

    I thought this topic is very conceptual but after watched this video it becomes easy for me😂 and I thought for all students😅

  • @muhammadmuhsinmuhammadmuhs8718
    @muhammadmuhsinmuhammadmuhs8718 2 года назад

    Sir your teaching method is very easy we under stand easily such tough topic by your way

  • @indianlegacy280
    @indianlegacy280 5 лет назад +9

    I don't want to pass only my academics but I always alot interested in physics related things and their concept behind the scenes!

  • @kashifsatti5597
    @kashifsatti5597 6 лет назад +6

    mind blowing as always

  • @xavier2704
    @xavier2704 3 года назад +1

    You deserve 1M
    but why ppl Don't subscribe this channel.
    Don't they want to feel physics???

  • @Skiler752
    @Skiler752 3 года назад

    Bahut hi helpful video sir 🙏🙏🙏🙏🙏🙏apke k bare me kahane ko mere pass koi sabt nahi hai lajwab padhate ho sir maza aa jata hai 🙏🙏🙏🙏🙏❤️❤️❤️❤️

  • @diyakunwar559
    @diyakunwar559 Год назад

    thanks to you sir ❤....

  • @prernaroy9783
    @prernaroy9783 6 лет назад

    bohat accha tha sir ek baar m smjh aa gya .....tnkqq

  • @harneetkaur1466
    @harneetkaur1466 4 года назад

    Thanks a lot sir ,I was struggling for this topic for many months, thanks a lot

  • @arjumanbiswas9048
    @arjumanbiswas9048 6 лет назад +2

    awesome explanation Sir👌

    • @edupoint.physics
      @edupoint.physics  6 лет назад +1

      Hello Arjuman Biswas,
      Your support is very encouraging.
      Thank you for your support.

  • @shwetasingh-yq2vq
    @shwetasingh-yq2vq 6 лет назад +2

    Sir Ji kindly mention part 1 -2-3 ...n so on..so it will be more beneficial for us to revise or find serial wise material....👌👌👌

  • @trixiepixie5425
    @trixiepixie5425 2 года назад

    Thank you so much for such an easy and interesting explanation for this

  • @Khairunnisa-bw4pt
    @Khairunnisa-bw4pt 3 года назад

    Thanks sir ap na mera Sara doubt clear kiya🙏

  • @najamzia7721
    @najamzia7721 3 года назад

    V nice easy to understand

  • @secularindian5111
    @secularindian5111 3 года назад

    Sir u r a hero sir

  • @yubarajhazarika9340
    @yubarajhazarika9340 3 года назад

    Thank you so much Sir it eas very helpful.

  • @advancedcuber9226
    @advancedcuber9226 3 года назад

    sir isme integration bhi lagti hai ...kya aap woh bhi bata denge...pls

  • @ankhiacharya1108
    @ankhiacharya1108 4 года назад

    Thank you very much for clarifying concept

  • @rajarammeenamarmat
    @rajarammeenamarmat 3 года назад

    Awesome 👍👍👍👍👍

  • @raviahuja9167
    @raviahuja9167 5 лет назад

    Very good sir
    Nice explained

  • @asheghefarsi
    @asheghefarsi 3 года назад

    oh thanks a lot sir! this was REALLY heplful!!!! thanku so much

  • @priyachoubey7524
    @priyachoubey7524 3 года назад

    Thanks 😊😊😊😊

  • @chochokheroon6402
    @chochokheroon6402 4 года назад +3

    sir SHM is always represented by sin or cos why not any with any other trigonometric functions

    • @sanghamitrajena1955
      @sanghamitrajena1955 4 года назад +4

      That's because
      Sin and cos are the only function that has minimum to maximum and maximum to minimum values respectively i.e. 0 -1 and 1-0
      But no other trigonometric function has determined value of maximum to minimum or vice-versa
      Hope you got the point

    • @PiyushEz
      @PiyushEz Год назад

      It is because sine and cosine functions repeat themself after a certain angle which is 2pie in this case and the value of sinx goes from [-1,1] and that of cosinex goes from [-1,1] now as we know that displacement of a particle in shm is finite thats why we dont use any other trigonometric function, like tanx goes from -infinity to infinity so we neglect using tan x.

    • @satyamkatyayan-kw6se
      @satyamkatyayan-kw6se 9 месяцев назад

      Other ka koi bhi value tum dekhlo kisi na kisi angla par इंफिनिटिक ho jata hh

  • @rahbarjamil6367
    @rahbarjamil6367 4 года назад

    Thank you very much sir,,,Secret revealed

  • @rakeshkulkarni4323
    @rakeshkulkarni4323 2 года назад

    Can we say along x direction and along y direction...

  • @parvjain21
    @parvjain21 2 года назад

    This is gold

  • @ayushiuniyal6242
    @ayushiuniyal6242 3 года назад

    sir thakyou so much for this amazing explanation

  • @ankitpandey7205
    @ankitpandey7205 5 лет назад +1

    Sir kya aap bihar se ho?

  • @rajendramanish8516
    @rajendramanish8516 3 года назад

    Sir i am very lucky i am learning from u a lot. Thank thank u lots of sir. Ek or sir aap quntum ka ek lecture upload kijiyega please jisme ket or bra vector k baaren m ho. inka concept abhi tak smjh nhi aaya and again thank you so much sir..☺️☺️

  • @ভরপুর_বাঙালিয়ানা

    Naya video. Wah
    Thanks sir 👏🏼

  • @pacificocean6090
    @pacificocean6090 6 лет назад +3

    sir but acc. is proportional to -x , according to conditions for SHM

    • @prathamkakkad9075
      @prathamkakkad9075 6 лет назад +1

      ya you are absolutely right!!! you should always prove that acc. is directly proportional to -x

    • @ashutoshgupta6488
      @ashutoshgupta6488 5 лет назад

      Bhai sahi ho tum
      Sir bhi sahi hai dono eqn sahi hai only phase same nahi hai
      But sir glat likhe hai -X hoga waha
      yadi aap dono eqn ko different iate kroge to acc . -X ke proportion aa jayega

  • @abolikandalkar3953
    @abolikandalkar3953 4 года назад

    Thank you so much sir🙏🙏🙏🙏

  • @befunny1717
    @befunny1717 6 лет назад

    Sir aap bahut hi achhe se samjhate hai thanks sir

  • @ashokrathod8498
    @ashokrathod8498 4 года назад

    Very good sir. I am very confused this topic

  • @nareshkumar5437
    @nareshkumar5437 4 года назад

    Thanks a lot

  • @vishalbharti7319
    @vishalbharti7319 4 года назад

    cos ²x SHM karega kya sir ?

  • @ibrahimhussaini2701
    @ibrahimhussaini2701 5 лет назад

    Nice explanation

  • @holaholu1235
    @holaholu1235 5 лет назад

    Isme kon sa kab use karte h sir

  • @manmohanbisht69
    @manmohanbisht69 5 лет назад

    Good one

  • @emanueldias1680
    @emanueldias1680 4 года назад

    If nothing is said about the start position, can i use both, with a constant in the argument?

  • @AdityaRaj-zk9eh
    @AdityaRaj-zk9eh 3 года назад

    Thanks

  • @studentsmitra
    @studentsmitra 6 лет назад +1

    Thanks sir

  • @yatharthacademy1920
    @yatharthacademy1920 6 лет назад

    Nice video sir

  • @rz4659
    @rz4659 6 лет назад +1

    a directly proportional to -x

  • @ninadebnath3242
    @ninadebnath3242 4 года назад

    Sir kiyo Omega time depending nahi Hain...ans boliye please

  • @waqaskhokhar6951
    @waqaskhokhar6951 6 лет назад

    jo circular motion me acceleration ki eq: find ki hy osme se amplitude Q khtam kia hy ye janna hy

  • @indiatourist97
    @indiatourist97 6 лет назад

    sir please matrix formation of geometrical optics ka video banaye

  • @pranshudewangan1589
    @pranshudewangan1589 6 лет назад +1

    Sir hum kB cos or sin function apply karenge

    • @daljeetsingh164
      @daljeetsingh164 5 лет назад

      Mera bhi yahi doubt hai...k hum cos kab use kare aur sin kab use karein...kyu k question main given nahi hota k particle mean position se start hua ya extreme position se start hua...

  • @arghyadebnath5867
    @arghyadebnath5867 6 лет назад

    thank u sir

  • @sravanthireddy7087
    @sravanthireddy7087 2 года назад +1

    Sir please add subtitles

  • @sandeeptiwari3247
    @sandeeptiwari3247 6 лет назад

    sir displacement acceleration velocity ye angular hai ya linear please answered sir I am too confused

  • @rameshjain1227
    @rameshjain1227 6 лет назад

    Nice vedio ; which software use to explain.?

  • @harneetkaur1466
    @harneetkaur1466 4 года назад

    Thanks 😀😁😀😁😂😆 t

  • @sauravyadav8152
    @sauravyadav8152 3 года назад

    Sir kiske paribartan ka graph sine nhi hota hai
    Time period
    Velocity
    Displacement
    Acceleration
    🙏🙏🙏🙏🙏👍Plz reply

  • @ajeetstech4497
    @ajeetstech4497 Год назад

    ❤❤❤❤

  • @abhinandankheria7751
    @abhinandankheria7751 Год назад

    Cos and sin kab hota hai ???

  • @keeplearningforeverfromany9725
    @keeplearningforeverfromany9725 2 года назад

    Yes

  • @mrrathod007
    @mrrathod007 Год назад

    Understanding i=Isinwt after completion of BE after 20 yrs.

  • @gopalmaiban5959
    @gopalmaiban5959 6 лет назад

    Sir speed ka equation Ku + - mai ata hai

    • @jaatbhai9449
      @jaatbhai9449 6 лет назад

      particle Left direction m move karega toh - nhi toh +

  • @kapilkarlupia1963
    @kapilkarlupia1963 5 лет назад

    sir numerical bhi chahiye is chapter ke

  • @dhormodassourav8900
    @dhormodassourav8900 Год назад

  • @civilwor1361
    @civilwor1361 6 лет назад

    Nice

  • @tanishqraj3262
    @tanishqraj3262 3 года назад

    Vvvvvvvvvvvvvv vvvvvvvvvvvvvv vvvvvvvvvvvvvv vvvvvvvvvvvvvv helpful

  • @ayushiuniyal6242
    @ayushiuniyal6242 3 года назад

    i have a doubt regarding differentiation of cos(omega × t) = cos(omega × t) × omega....but how?..can anyone here clear my doubt please..

    • @chittaranjantripathy6764
      @chittaranjantripathy6764 3 года назад

      w is constant...so it comes outside

    • @Aryan-tm1sm
      @Aryan-tm1sm 2 года назад

      @@chittaranjantripathy6764 No it's because of chain rule because the term inside sin or cos function isn't simple so we take it outside and differentiate again.

  • @ChhayaKumari-to1pz
    @ChhayaKumari-to1pz Год назад

    Koi hindi medium me video kyu nahi dalta hai

  • @habeebakhan3871
    @habeebakhan3871 6 лет назад

    Thank u sir plz make video of b.sc maths

  • @NandanKumar-ps2id
    @NandanKumar-ps2id 6 лет назад

    Video banayi sir

  • @NandanKumar-ps2id
    @NandanKumar-ps2id 6 лет назад +1

    Damped harmonic motion

  • @hgvaradarajprabhu8281
    @hgvaradarajprabhu8281 4 года назад

    Tq

  • @nehamughalnehamughal3756
    @nehamughalnehamughal3756 4 года назад +1

    Sir plzzz give me the ans of this MCQs
    The waveform of S.H.M is;
    (a)square wave. (b)standing wave. (c)sine wave. (d) none
    Plzzzzzzzzzzzzzzzzzzz give the ans if any body knows,as soon as possible😐🙇🙇

  • @chaitanyasawant9464
    @chaitanyasawant9464 6 лет назад +6

    worse video I ever seen

    • @Jack-mc7qe
      @Jack-mc7qe 5 лет назад +2

      Pta lg rha hai teri English se 😂😂😂

    • @indianlegacy280
      @indianlegacy280 5 лет назад

      निकल लवड़ी निकल.....
      पहली फुरसत में निकल !😑

    • @karnveersingh4758
      @karnveersingh4758 4 года назад +1

      @@Jack-mc7qe 😂😂👏👏👏

  • @mansishivgunde1159
    @mansishivgunde1159 Год назад

    Thank you very much

  • @dubaispace2031
    @dubaispace2031 6 лет назад

    Thank you sir

  • @vanshsaini92
    @vanshsaini92 3 года назад

    Thanks sir

  • @mudangkano5267
    @mudangkano5267 5 лет назад

    Thankyou sir