SHM as projection of uniform circular motion

[@syedhajisajjadhussain9528]

Ossum lecture every point completely clear .May Allah Bless U. Ur teaching method is good☺🤗☺🤗😊🙏🏻🙏🏻

[@saipraneethreddy6637]

Kk

[@saipraneethreddy6637]

@vector

[@nuthanprabhu1104]

@Braxton Apollo well,there's no such app.

[@pareshkumarkhatua8950]

U r the great teacher.my concepts are clear now sir.🙏

[@Imoabubacar]

Sir ! God May Bless You ,,thank you so Much ....I really Appreciate your tutorial ,, it's Really Helpful 💪💪 before Watching your Tutorial I was about to Give up On Simple Harmonic Motion ,,,but now on am glad and thanking God to give me Opportunity to view your Video

[@rafiaomer7079]

You explained much better than my Physics professor!

[@ssjagtap66]

Thanks!

[@rishabh_pant]

Which clg r u ?

[@smruticreationofficial14nov]

I clearly understood from this vdo...... More thanks sir..... 🙏🙏🙏

[@charith6670]

Concept Crystal clear
Tq 👍

[@ARMY0001]

Sir really, You are so good at explaining all this physics questions. Hats off sir🫡. Your explanation are still useful till today.

[@hridaybasa4597]

it was on the day b4 of my physics xam,this concept of SHM was abstrusing me a lot,then my sis insisted me to have a look in the you tube.then i went through this video nd i could understand everyfrom A TO Z!!really i thank this chap who made me understand this concept throughly...thank you

[@stopfootage]

hriday basa You should take some English classes instead

[@rishabhraj702]

Thankyou sir my concepts are clear now😊

[@deborahgebremariam4708]

Thank you so much u derived a lot of formulas clearly & concisely

[@JsT_1705]

Thank you it was a great sigh of relief 😊

[@nerotyagi]

sir, today is my physics exam and I was not able to interpret this topic. your video is so good that I understood everything!! you deserve a million views or more! may God bless you!

[@ssjagtap66]

Thanks for watching and the feedback Harsh!

[@dudanaikd9736]

TQ sir ur teaching method is very good 😊

[@olukahiswill3493]

Thank u . Ur explanation is awesome

[@olukahiswill3493]

Plz make more videos. Am in Africa I really like ur explanation

[@ambatijyothi4139]

Super..sir...Amazing..explanation🤓😍😘

[@mahakkuradia7380]

Very helpful sir...thanku....make more and more videos. ...thank you so much. ...

[@harichandrannair3443]

Super , your Explanation

[@shaikjakeer2203]

VERY THANK YOU 😊😊 SIR
FOR YOUR VIDEO I HAVE CLEARED PHYSICS IN DIPLOMA

[@akanshachakraborty7136]

Damn he is just so good at explaining 😍

[@yujirohanma06]

wow great explanation, thank you sir

[@dhanuvalla2812]

I just loved the way you teach really awesome thank u sir

[@shaikjakeer2203]

SUPER 💖 SIR
REALLY GREAT
MY SIR DIDN'T TEACH THAT YOU CLEARLY TEACH

[@AdityaYadav-jd8ly]

Sir on 6th march my final exam of 11 class will start, but this chapter is not completed by me conceptually, i have only memorised the formulas only, but after watching your this lecture. My concept is crystal clear now.
Thanks for your wonderful efforts for us.

[@omparkashmehra7769]

Sir you are very good lecture. You deserve a million views or more .
May God bless you sir ! 🙏

[@navdeepdeep8371]

To the point things crisp explanation very well explained
Thanks sir

[@Himanshurar]

Very good lacture ....very helpfull

[@riyabhurse369]

At 7:27 after cos why did you take omega again?

[@anishkhambete1544]

thanks Mr.Jagtap..... you teach in an awesome way!!!

[@monikasaharan7975]

Superb explanation ❤

[@gorrekarthik8346]

It would help at lot in exam times to learn fastly with out confusion thank you for making this video

[@honestman276]

Thanks. From Bangladesh.

[@martinmanoj2103]

Thank u sir
at right time I got this video
So helpful

[@AsmaTk-jr5he]

❤❤❤❤

[@disha6301]

such a grt video🙏

[@ChrisFolland]

Unfortunately there are mistakes here. You can not cancel the density terms since these terms refer to different densities. One is of the block and the other the fluid. This should be intuitive since in ( wrongly ) cancelling the terms you reach a result which means that the period is independent of the density of the water which is clearly not the case. You can check this by adding salt to the water and observing a change in the frequency

[@Srikanthbudige]

Good lecture I liked it sir

[@asifalamjoy9530]

What does the word "projection" mean over here?

[@ssjagtap66]

The point we get on the diameter when a perpendicular is dropped from a point on the circle

[@sabahatbatool4234]

ruclips.net/video/bnnSVEVq3p0/видео.html

[@RaviPatel-vd5kx]

Excellent work sirji

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@nishavarghese6451]

sir,
how does phase difference come into play during projection

[@M.Aryan.Siddiqi]

Sir, Ossum lecture my every point are clear now
😊
I was preparing for exam
Sir which subjects do you teach in RUclips

[@vasanthp7426]

Nice definition sirr. Thankss

[@AryanYadav-lf6qn]

it was really OsUm..Watched many bt understood here

[@chandutudum]

Soo good sir...
Excellent sir

[@sujathaa2393]

Awesome explanation sir...

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@vikasthakur9271]

Bahut bahut aabhar sir aapka

[@889xclusive6]

How to differentiate displacement with time for velocity??. I mean we do v=dx/dt= d(Asin(wt) )/dt ... how we do that?

[@ertugrulghaziofficial157]

Sir ur shirt is nice and it suits a lot on your wrist😊

[@sachit.bhardwaj]

Your explanation is brilliant sir. But please use a white sheet rather than a pink one for making the derivations more clearer and easy to understand. Thanks sir .

[@ssjagtap66]

Thank you for the feedback. I have used white sheet. It is appearing pink for some reason. Will correct it.

[@sumera2214]

Awesome explanation!!!

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@muskaansharma7668]

Why we had take cos wt at place of y in the rough work???

[@abishek9645]

Thank you sir💫

[@saiajaybompalli3028]

A very easy way to understand SHM!!!!!!!

[@ssjagtap66]

Thanks!

[@DSouza_Osh_in]

Nice explanation sir helped me a lot but instead of sin there's cos in Maharashtra state book

[@ssjagtap66]

Thank you.
If we take the projection on the X-axis we will get cos theta. And that is equally correct.

[@manpreetkaur6299]

Thank you sir ❤

[@gauravahuja8410]

Thank you so much sir
You are the best tutor...

[@cm-106murali3]

Good explination

[@kumahhh2915]

Awesome teaching

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@a-sumanyadav6098]

Sir 👌👌👍👍👍👨‍🏫 thank you sir

[@ComedyCapsule143]

Sir in shm w is angular frequency

[@rrtuition7740]

SINCE SHM IS SHADOW OF UCM SO IF UCM ANGULAR VELOCITY FAST MEANS SHADOW SHM WILL MOVE FAST HENCE WE SAY ITS ANGULAR VELOCITY S OMEGA

[@AshishSharma-el3hz]

very well got it..thanks sir

[@ssjagtap66]

Thanks Ashish!

[@shahhussain8735]

Good job sir

[@mehwishkhan8403]

Sir can you tell me what is horizontal diameter and vertical diameter

[@legendsgaming9403]

why u use sin theta can we use cos theta

[@ssjagtap66]

Yes. If we take the projection on the X-axis, we will get cos theta.

[@legendsgaming9403]

@@ssjagtap66 thank you

[@blackhole-oy2xd]

Does this have anything to do with Swedish house mafia???

[@boboganbobogan9297]

Thank you a lot!

[@burhanuddin4753]

nice explination sir

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@anjalikulkarni7280]

is the radius of reference circle always equal to the amplitude?

[@ssjagtap66]

Yes. The radius of the reference circle is always equal to the amplitude.
Thank you for watching :-)

[@niapanselkriselvam4934]

Thank you sir clearly understood

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@alexgiri361]

nice sir..plz upload the vedio on astronomical telescope

[@ssjagtap66]

Thanks!. sure.

[@madhulathaganaraju9888]

excellent teaching sir

[@sachinrath219]

how will the equation of y change if the particle moves in clockwise direction in the circle,pl clarify.

[@rrtuition7740]

NO CHANGE OCCUR

[@kapildevandivyan4401]

beauty awesome explanation

[@ssjagtap66]

Thanks!

[@niroshanvenkateshwaran]

Shouldn't the derivative of sine be negative cosine?

[@ssjagtap66]

No. Derivative of sine is positive cosine. The derivative of cosine is negative sine.Thanks for watching the video.

[@DawoodKhan-uf5dc]

impressive

[@ssjagtap66]

Thanks!

[@DeepakSharma-ds2bh]

plzz tell me that in circular SHM .. if we see the simple pendulum where is the disp. x and amplitude A in that .. is the simple pendulum which is available in physics lab. follows this👆👆 circular motion .. if yess .. where is the displacement nd amplitude there???? plz answer

[@DeepakSharma-ds2bh]

i want reply fastt. plz

[@rrtuition7740]

@@DeepakSharma-ds2bh MY DEAR WHEN WE PULL SIMPLE PENDULUM FROM ITS REST POSITION MEANS IT IS DISPLACED.HE MAXIMUM DISPLACEMENT IS XWE WRITE RESTORING FORCE =mgsintheta ,for small angle theta =x/L

[@ShahidKhan-nf4qf]

A nice and helpful explanation. Thanks sir.but next time plz maintain audio quality it's too annoying. Otherwise you are brilliant

[@prathiksrp6702]

Thank you soo much sir u made me understand this topic in the easiest way possible

[@ssjagtap66]

Thanks Prathik!

[@Shreyashi-f8y]

Nicely explained 😃

[@tnaccountancy6600]

Supet

[@panyida]

could we derive that function using other example like horizontal motion model?

[@ssjagtap66]

Yes.
In that case we would get cos instead of sine

[@litterome2444]

Sir what is represent by- (dt) and (dy)

[@happysoul7304]

Angular velocity..

[@kushikushi7988]

🙏 thank you sir

[@ssjagtap66]

Thank you watching and the feedback!:-)

[@kushikushi7988]

Sir please make vidio for dirrive the equation log (T2-T1) =-kt+c and T=2π√l/g and spring constant please sir

[@ssjagtap66]

1. ruclips.net/video/UbeRDXbYHpU/видео.html
The above link is for T=2π√l/g

[@ssjagtap66]

Which video do you exactly want on Spring constant?

[@kushikushi7988]

T=2π√m/k

[@MuhammadAbdullah-zl2dt]

Sir what is the meaning of projectile?

[@sureshkumar-gm9br]

Sir at 7:38 how did you take root and all for cos wt

[@tnaccountancy6600]

Super

[@twinstersmadzz621]

Thank you very much sir🙏🏻

[@brahmeshs9655]

Very helpfull

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@mazharsksk1730]

Thnx to explain this

[@ssjagtap66]

Thanks for watching!

[@kanishkatanwar3774]

in the book SL ARORA cos is taken instesd of sin please help me sir

[@ssjagtap66]

In that case, the projection will be on the X-axis. i.e the projection will perform SHM on the X-axis.
In my video, the projection is taken on the Y-axis.

[@ssjagtap66]

If we take the projection on the X-axis (instead of Y-axis as done in this video), we will get x= cos (omega x t)

[@ابراهيمبدر-غ1ر]

Shridhar Jagtap Thank you

[@nilotpalhazarika8220]

Take different book

[@apttde6817]

thank you very much sir it is very help full to me

[@ssjagtap66]

Thanks!

[@kalyankumar7273]

Thank bro i like your explanation.

[@ssjagtap66]

Thank you for watching and the feedback:-)

[@sivamaggi1471]

Thank you sir

[@ssjagtap66]

Thank you for watching:-)

[@saudriyaz1283]

Thanks now I understood 😊

[@ssjagtap66]

Thanks for watching! :-)

[@koduruvinay2534]

Tq sir🙏

[@technicalhacks4u263]

Who is watching before 5 hours before exam hit like.

[@prathameshpatil2994]

How in velocity d/dt become v= aw coswt

[@anonymousanonymous3240]

Dr is nothing but, delta t .Nd,delta denotes changes
For ex:dt means change in time

[@aliyajafar1986]

Thnkyou sir

[@khs3274]

The best

[@WaqasAhmad-tn3vx]

Sir how did you changed sin@ in cos@ as difference explain me?

[@ssjagtap66]

derivative of sin (theta) is cos( theta)

[@WaqasAhmad-tn3vx]

And why did you write omega while changing

[@ssjagtap66]

because theta = omega x t

[@WaqasAhmad-tn3vx]

No sir a.omega.cos.omega.t
a.omega=?

[@ssjagtap66]

Derivative of a sin(omega.t) = a.omega.cos (omega.t)