Taylor's Theorem Application in SHM for JEE Main & Advance | Physics in Minutes

[@physicsgalaxyworld]

Dear Students, for JEE & NEET you can quickly revise complete SHM in just 3hrs using PG Checklist video - kzbin.info/www/bejne/pGSkeIJordiBfsk And kzbin.info/www/bejne/kHaVpKajZcZ3ick For any query or suggestion students can reply to this comment.

[@prajnasahoo5819]

Happy new year sir. Thank you for your videos!!!

[@jeevankumarsen8668]

*Sir Please Help Dropper's Scrape 75%Criteria For Jee2021 Please...*

[@udayk4857]

Sir boards ki dates aagyi hai.. aap please neet ki strategy BATA digiye MERI 11th boht weak... Hai or mein boht tension mein hun 🙏

[@ankitkumarupadhyay2459]

Sir, please tell us about PST series.

[@kalpanaverma1244]

Sir plz neet ki expected date or strategy Bata diziye bcoz board ki date announce ho gyi h plz sir upload vedio

[@lionelmessigoat9315]

Sir's jacket ZIP was also performing SHM throughout the video

[@yashasvisharma1411]

Nice one

[@ranjeetsohanpal752]

Angular SHM.Your profile pic is the greatest celebration

[@Jay-we2ry]

Haha, this made me chuckle.

[@drkushraghav]

I think Forced Oscillations

[@tubekusum]

Not shm, it's oscillation. There's loss of energy and there's no fixed amplitude

[@utkarshsharma9563]

Sir I can't tell you how grateful I am. I wanted to study Taylor's method but I couldn't find it anywhere on the internet. Thanks a lot sir

[@physicsgalaxyworld]

Thanks! Don't forget to share so that maximum students can benefit from the channel

[@interesting6262]

@@physicsgalaxyworld unfortunately, koi share he ni krega... competition aur ku badhana😂

[@rajvardhansingh2283]

@@physicsgalaxyworld MAI APNA COMPETITION KYUN BADHAON??😂😂

[@saurabhmeena4239]

Shi h bhai log 🤣🤣

[@nerdgasm_]

@@interesting6262 seriously true

[@abhinavchinmai8045]

Ashish sir is one of the few teachers who talk about how to deal with physics, both in its purest form and also in exam point of view

[@sangitasah7105]

Absolutely 👍👍 correct l wish if l was born in Jaipur.....😟😟😟😟☹️☹️☹️☹️☹️😢😥😢😥😢😭

[@vidhisrivastava6632]

Undoubtedly the best teacher ever for JEE ADVANCED. Thank You so much sir. We are very grateful for your efforts.

[@bhaktilandge7495]

Yes only for advance

[@ayushanand6070]

It's the best thing I saw in KZbin related to shm, I had problems with questions involving shm of rotating bodies, and with this method now I am able to solve all those questions.

[@physicsgalaxyworld]

Thanks! Don't forget to share so that maximum students can benefit from the channel

[@anuragmishra9994]

@@physicsgalaxyworld sir India top 25 ka registration kaab open hoga

[@sanjeevpal1105]

I which class do you read

[@yasht633]

Bro which college

[@anshpathak4691]

Bro which job ?

[@vanshdesai7917]

At 9:03 we can simply approx sin(ax) as ax and equate it to mw²x by which we get w = √(Uoa²/m)

[@classicmelodyvetrivel710]

That's exactly what Taylor expansion is u just didn't include the step where u neglect higher terms instead u say it's an approximation

[@chandankumar-wt8br]

Wahi to...etne lambe method ko jaanne ki jarurat hi nahi hai..for solving just one question.. sin(z)= z, for z tending to zero ..ye use kar skate hai.

[@JohnDoe-pc5gp]

and in the second question we can use binomial approximation for getting the same result.I think that is the easiest way to solve these questions rather than remembering time period f'(0) always kyunki differentiation can be long sometimes with the division rule and product rule and stuff .

[@manasagrawal8365]

Yes Absolutely correct

[@next_thing_to_god]

@@chandankumar-wt8br thats exactly what taylor method is bro

[@shashwatdwivedi8184]

Yes sir this method is awesome ! I can relate how they bypass traditional method ! Thank you.

[@aviralmishra8985]

I used to leave this type of questions in exam becoz of its lengthy approach but now I think this method by ashish sir will eradicate the lengthiness of question . So I am really thankful to you sir . Great love and respect for sir ❤❤❤❤

[@PrkhrPnd_08]

bhai hua sel?

[@NichtFaust]

I got to know about taylor Series due to Ayanakouji from COTE When he was 8 years old in white room He was Solving Taylor series. 🔥 & That hook me in & i find that interesting.

[@mansamishra9323]

Are u a kid 😂

[@satyanshiitjammu5997]

8:05 Same question came today in IOQP (Part1)

[@utkarshraj1745]

Really??

[@focusconsistency9532]

Wow 🔥

[@huzaifaabedeen7119]

kuch bhi

[@varunvarun5723]

Taylor and mclorian series was taught in limits

[@anuragkumar8335]

Yes..

[@mofuomx0175]

True bro

[@Cosmosmaya18]

Yes ryt

[@sangitasah7105]

@Varun Varun u r so intelligent:-)

[@shr1126]

Is that the same huh?

[@raghavkumarsingh4222]

I saw this video and my mind lost in another world....Extremely Outstanding Art of Solving..Thanks..

[@ashwankhede4933]

Sir, you are a magician!! I wish I had known about this channel sooner. It is extremely beneficial to all students aspiring for JEE Mains/ Adv. Thank you for your efforts, Ashish sir and PG team.

[@pranetamahawar7898]

I attend full time coaching in a very reputed institution, but even there we weren't taught this method, thank you so much sir...🙏🏻

[@harishbalaji658]

Same case even here

[@shriganeshayenamah3422]

Me tto5

[@saheliroy6047]

Me too🥺

[@baxi9227]

because it's an extra thing that is not in the syllabus. So ideally, it is not necessary to teach it, but it will give a bit of extra edge

[@amalpandeyiitbombay9656]

@@baxi9227 actually its in maths syllabus, so we dont study it in physics, but today I got to know that it was mind blowing

[@universalmultistellar6266]

I m really grateful to you Sir everywhere in my book I couldn't find the solution of that advance 2020 question but now I can handle any question . Thank you so much for your precious approach . Thankyou Sir

[@manikmehta2727]

Sir please make a video on Reduced mass systems, their kinetic energy and other useful physical quantities. A question was asked in JEE Adv 2019 which used that concept. Please also tell how to solve that question without using reduced mass.

[@a.m.videos3254]

Hello? Which college did you reach?

[@manikmehta2727]

@@a.m.videos3254 IIT-Guwahati

[@a.m.videos3254]

@@manikmehta2727 ohh... congrats!

[@dipayansaha2727]

Happy New Year sir...... Hope we will rock 2021exams 😇

[@shivanshrastogi3860]

This video was an eye opener for both maths and physics

[@Harshsingh-sn6wm]

Tayler theorem ,oh I am heard first time while preparing for jee.#Thanku sir

[@vivekrajmahto5334]

This year in integration there was a question based on expansion of sinx and cosx.

[@rajivlochandash2762]

How do you know? 🙄🙄🙄

[@vivekrajmahto5334]

@@rajivlochandash2762 I gave the jee advanced 2020

[@aayush3782]

@@vivekrajmahto5334 What rank did you get?

[@vivekrajmahto5334]

@@aayush3782 Around 17k bro I dropped this year.

[@aayush3782]

@@vivekrajmahto5334 oh. Best of luck dude. Btw how serious were you during 2020 attempt?

[@arvindpatil9394]

Disclaimer: Physics galaxy is an addiction ❤️

[@shaileshagrawal1136]

Best New year 🎁 gift sir. Thank u very much 🙏

[@utkarshm4558]

Happy new year sir Very very thank you sir After following Your lectures and pyq book And solving the o1 and o2 exercise Now i am able to be in top 5 in allen score test thank u very much sir

[@physicsgalaxyworld]

Thanks! Don't forget to share so that maximum students can benefit from the channel

[@utkarshm4558]

@@physicsgalaxyworld ok sir

[@komalsingh6597]

@@utkarshm4558 hii I am a jee 2025 aspirant can you guide me how to prepare for jee advanced from this Channel and which books to use and how pls

[@Aikadiwana]

Happy new year sir!!!I am really grateful to you and your team which has helped me covering syllabus of jee physics this year (2020)

[@Vishal-by3vr]

My physics teacher was a jee aspirant in 2014.. He once told us that he used to watch your videos for physics And also recommended us to go through this channel .....I am a jee aspirant 2021....Thank you Sir.. And a Very Happy New Year. Please wish me all the best..🙏🙏🙏🙏

[@somirandutta5436]

Hi where are u now

[@somanshumishra138]

Thanks you sir for explaining TAYLOR'S theorem because I couldn't find this theorem in any book.

[@monikasingla2180]

Sir i was about to start taylor theorm from pg book from tomorrow. I was searching on pg app i couldn't find. Sir i was about to request about this to u on email as well. Thanks very much .I think u are antaryami. U know that What ur students in need of😉😉🤩

[@physicsgalaxyworld]

Thanks! Don't forget to share so that maximum students can benefit from the channel

[@atharvkapila3336]

Even if we follow the traditional method , we need not write the equilibrium position. The force can be simplified by using (1+x)^n = 1+nx for the second part of the Force .Then put the coefficient of x in the final equation as the constant and hence calculate the time period.

[@tree5335]

You are absolutely right...

[@rupakchanda3503]

Sir tried to solve some definite integral questions by McLaren... Very easily it was solved 🖤thanks

[@dhruvsharma1651]

Thankyou...sir.. You are awesome💕💕 Please...bring more these types of methods and tricks... #PG

[@shivamshrivastava9885]

Sir please continue such type of fast solving way of different problem in different chapter 😇🙏🙏

[@aryav3546]

Please make PIM on charge induction in cavity.

[@aniket3522]

Happy new year sir and very very thanks for this awesome content ❤️❤️❤️

[@xyz001..]

I have studied it in mathematics, In limit chapter ,, In expansion , we use it

[@vishalparida173]

Is this method explained in concept videos ? ,please say.....

[@babayaga1691]

This video helped me more in limits than in SHM

[@Aanchal-s3p]

😂😂

[@Hy45388]

Sir, please make a video on reduce syllabus of class 11,12 th chapters (Bio, Phy,Che)for NEET 2021.

[@chakradhar5884]

Wishing you a very happy new year to you sir and entire pg team☺️☺️☺️

[@aviralmishra8985]

Wonderful trick . Thank you sir ❤❤❤

[@sumitpatil4732]

Awesome sir I m from small village our teacher has not taught me shm but because of u I now have mastered shm Thanks sir💓💓💓💓💓

[@someonesomewhere7972]

thankyou so so muchh sirr!!!! this last ques was in your electrostatics book which made my pen run out xd bt now it can be solved on fingertips!!🖤🖤 bas ek problem hai......... ye scheme sabko pata chal gai lol😂😅😅

[@AK-vb9ks]

For angular shm, we can replace m by moment of inertia and force, by torque

[@rajeshbadgoti583]

tired of searching this on utube funally here i got this

[@heenathawani907]

Thanks Sir Fabulous Method 🙏 Very useful For jee mains in SHM and any Topic methods 😊😊 and useful for jee mains 2021 and advanced as well as ...

[@Ayush__Prajapati]

This teacher is always ready for students need 🙂😇

[@roxon6929]

Our SIR has more fan following than any Bollywood star

[@sambhavgiri4007]

Didn't know this thing was helpful in entrances, found and experimented with this a few months back, glad that's gonna be helpful in future!

[@PenAndSpecs007]

Thanks Sir.... Wishing you a very Happy New Year❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@_UjjawalSinha_]

Sir!!! It was just wow... 😵😍❤️❣️💕

[@khushboorai4087]

Amazing... Who don't knew it earlier?? 👇👇

[@ansh7156]

You

[@smitrathod2330]

Great content 👍 physics Galaxy & Ashish sir rock 💯 . Happy year year 🎉

[@physicsgalaxyworld]

Thanks! Don't forget to share so that maximum students can benefit from the channel

[@dibyojyotibhattacherjee4279]

This shortcut helped me save time for 28th shift 2 direct question from physics in jee main 2022 july attempt...

[@manamtiwari]

Sir you have no idea how much I searched for this on internet thank you sir and please make more such videos..

[@aryanshrivastav4850]

At 9:55 it can be done directly by using Sin(ax) as ax then equating it with w^2x.... Plz correct me sir if I m wrong

[@arshitadawra1726]

I wish I would have seen this vdo before, thankyou for creating this YT channel.

[@niranjanr8075]

Sir sorry to place this here: Can you please discuss kvpy prep? It’s coming in a month and it’s as important as jee mains considering it’s an entrance exam as well. Btw happy new year to you and your team and your family sir 😊

[@murtazanarwarnitrr]

9:56 same question came in 2021 IOQP

[@rounaksarkar528]

Wonderful concept sir... 👌👌👌

[@adibazameer1193]

sir block strategies vdo neet k liye v bnaoo🙏🙏 thankuuu so muchh for ur efforts❤❤

[@siddhartharao5092]

Sir, Can u pls make a video on Vernier Caliper and Screw Gauge.

[@_Aditya_Kumar_Raj]

Best method which i have been not taught in my coaching... thank you sir😇😇

[@umeshjain9446]

Yes sir I have studied this expansion in Calculas (Maths).

[@anubhavgupta617]

Dil se shukriya sir ❤️❤️❤️ Bahut help kari hai aapne is saal🔥

[@architgupta2536]

Sir you videos are best they help us a lot!!

[@mohammadmaasir3270]

Thanks sir 9:11 can we just not approximate sin(a.x) to a.x for small x like we did in angular SHM then this ques. Will be much easier.....

[@Kalyanihealthcare]

Sir, please make a video about best revision method.🙏🙏🙏🙏🙏🙏🙏

[@user-shubh1996]

Sir can you conduct a EMT topics related to IIT-JAM physics examination 2021

[@akhileshgupta4076]

Thank you sir plz make more video like this

[@physicsgalaxyworld]

Sure! Don't forget to share so that maximum students can benefit from the channel

[@yashagrawal8592]

Sir should we be including the f '' (0) term if the Amplitude of SHM is near 1-10 m ?

[@Yash-sv6wt]

Thank you so much sir for this video. I watched this video a few months ago and today was JEE Mains exam and a question was there on this theorem only. I solved it got the correct ans under 1min.

[@sreenivasarao7041]

Sir very very thanku from the bottom of my heart🙏🙏🙏🙏

[@vishnugautam320]

12:32 sir the equilibrium position given is L not 0 shouldn't it be f'(L) in this solution??..... waiting for the reply sir.....

[@akshatthakur4730]

He took x as distance from x=L in writing equation of the force, so in doing that he took x=L as his mean position and assigned it coordinate x=0. If you want to take it as f'(L), then x should be distance from the fixed charge, not from x=L.

[@vishnugautam320]

@@akshatthakur4730 That's what I was saying... Obviously I am considering the fixed charge dist..

[@bhavyasharma4364]

wow sir a big thanks for such a method which i never think of.....a big salute

[@fanofabdevillersandmathslo5960]

Sir plz do same type of videos for "all" Other chapters sir Iam waiting⏳⏳⏳⏳⏳ plz

[@abhishekgautam5257]

13:16 Sir m ki jagah q hoga ya kuch or ?

[@subhajitmandal3057]

Thank you sir 🙏

[@shwetasinha2506]

Wow sir, I request you to make a series of these types of concepts which are not in syllabus of JEE but are useful in solving questions easily.

[@AK-vb9ks]

Yes sir

[@ishaangautam5499]

Thank you so much sir for this video ,I am commenting for this video from so long on each and every videos of yours thank you sir

[@ridingrockband6968]

A very big thanks sir 👍

[@vedika7042]

A great concept booster 😊

[@anonymouslearner845]

Sir mai Resonance ( kota)me A4 batch ka student hu but maine aaj tak ,iska naam he nhi suna tha .sir thanks for your efforts.sir in this duration your pg cheacklist vid is very helpful for us again ,thanks ❤️🙏🏼🙏🏼🙏🏼🙏🏼🙏🏼🙏🏼

[@amankmr921]

Happy new year sir 2021 😀😀

[@akshitkushwaha9479]

Thank you very much sir. This method is short and easy as compared to traditional method

[@aasthajha1538]

Sir please tell how sync jee block strategy with boards please let me know Sir .🙏🙏🙏🙏🙏

[@AnitaKumari-rc5yh]

Sir lecture is simply wow🙏

[@happysingh6586]

Great method sir, thank you

[@govindgupta6676]

Amazing sir Grateful to see this video

[@Yogi_adityanath348]

How ur board is so clean which board u use sir??

[@relaxingandpeacefulinstrum990]

Superb Concept Ashish Sir

[@somirandutta5436]

Awesome method sir I took approximately 3 minutes with traditional method even if I have solved the same question previously

[@santoshmishra5700]

Great teacher ever

[@nisargvaghela7311]

Sir now that board exams dates are announced,please advise us on how to sync. JEE prep accordingly for optimum results🙏

[@prathamvardaan4187]

Amazing trick sir thank you

[@vanitapatel9116]

Thank you for this beautiful concept

[@Aanchal-s3p]

sir but in last ques natural length is not zero , so is it right to write it as f'(o) to solve

[@divyanshusharma4737]

Best physics teacher on 🌍

[@dhirajupadhaya450]

Sir can you also discuss its more applications in other chapters of physics and even mathematics also. Please sir😇😇😇😇😇😇😇

[@strugglingshorts6760]

At 13 :14 we have to find amplitude, how it is work.

[@abhinayraj4438]

It is very helpful and I am using this method in solving problems of pyq and I am getting ans in in just 1 to 2min thanks sir u really made the difference ❤️❤️🔥🔥🔥🔥🙏🙏🙏🙏🙏