Oscillations Class 12 Maharashtra State Board One Shot Revision - Physics Mhtcet 2024 RG Lectures

Oscillations Class 12th - Maharashtra State Board - MHTCET 2024- One Shot Revision Lecture - By RG Lectures
Oscillations one shot will be useful for MHTCET Students as well as Students from Maharashtra Board!
One Shot Series Playlist Link -
• Maharashtra Board Clas...
Telegram group - rglectures
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APP NAME - RG LECTURES
WEBSITE rglectures.com
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Notes are uploaded in course named as "Physics Study Material for Board Exam"
#oscillations #mhtcet2024 #maharashtraboard #oneshot #rglectures

[@10Standard479]

11th 12th was lacking parth momayas teaching style it is now fulfilled by you....you are indeed a great teacher ❤

[@its_shehzadi786]

Sahi pakde hai 😅

[@MNbusiness-l1f]

​@@its_shehzadi786 Kitne aaye aapko12th me

[@player1valorant413]

Fr

[@megatron2455]

Fr

[@dnyaneshwarigondake]

Mann ki bat boli bhai. Mai bhi voh he soch rhi thi ke aapne likh di . We need more trs like this for other subs too 😭

[@Ruchahere]

58:00 it will be parallel combination!!❤

[@harshsingh4658]

Reason is that when one elongate other will compress

[@Nidhi-qu7ds]

Matlab??​@@harshsingh4658

[@Zestylevy69]

Still didnt understood😢

[@SharvariChandratre]

@@Zestylevy69 both of the springs are connected to the same point that is the mass therefore it's a parallel combination!

[@soham1309]

Proper use of digital board . Content and animation are next level

[@AYUSHSalunhke2106]

sir can you upload all one shot before 30th jan? it help us to revise our syllabus a lot

[@supriyamishra8071]

Haa revision ke liye time nhi bachega 😢😢😢 16 Feb ko khatam hua to

[@Yknowdaddy]

​@@supriyamishra8071kaisa gya paper?

[@supriyamishra8071]

@@Yknowdaddy thik thak

[@Yknowdaddy]

@@supriyamishra8071 lmao good

[@raisingstars_09]

Hello bhai kitna pada 12 th mai

[@farokimajid5195]

You gave the feel of parth momaya sir😊

[@MangalaBagde-v6z]

Ekdm sahi

[@EmptyPreparation69]

Yes I feel Nostalgia today

[@SkylePinto]

SAHI BOLA BHAI

[@neelojha6106]

57:58 It will be parallel Combination. The two strings are not connected, they are is seperated by Mass.💥

[@Egoist_aspirant]

Nice, thanks for the explanation

[@Bqdluck]

It's in series

[@Geowj6]

parallel bro because the strings arent in contact with each other​@@Bqdluck

[@aarishgawate15]

its not in parallel as it must have a common surface of connection

[@SharvariChandratre]

@@aarishgawate15 it has a common surface of connection and that is the mass to which both of the springs are connected to

[@KhushiMishra-f2t]

My Life is also is an example of Oscillation mean position: home Extreme position is college

[@vffgaming491]

Haha 😂😂

[@ArpeetaGire]

Now I'll remember it for lifetime fr😭

[@rohankadam7632]

57:58 parallel connection 🎉

[@MH_Girl_pihu]

2025 batch students attendance here👇❤

[@KrishDhabekar]

Present madam 🙋

[@sujaledits127]

someone noticed he always roast texbook💀😂

[@RGLECTURES]

Yes 💀 I will 😂😂

[@SimraAhmed532]

Yeah textbook derivations always difficult to understand 😥😥🤭🤭

[@Kabeersingh-z3c]

It's not a roast It's reality check or simply reality

[@Reetb0707]

Anyone for 2025 🙌🙌

[@KrishnaConsciousness844]

Me 🤚🏻

[@Comedyhub707]

Also me😂

[@Akpichu919]

Yeah yeah.. We are here!

[@Pranjaligupta-f9f]

Mee 🥲

[@shital22307]

Yeah yeah we are here!!😊

[@geetanjalinaik9406]

58:00 parallel combination because spring is attached to two different rigid supports

[@aditi6198]

Sir fillhall apke videos yt prr kisiko share nhi hue hai is liye views km hai agr yee videoos share ho gayye too pure yt pr aapka kabjaa hogaaa🚩🔥🔥🔥bohot achhhaa sikhate ho sir aap❤❤❤

[@sneak_ups]

One an only person made me fall in love with physics... W person W teaching, its the gods grace we get to see him on KZbin

[@tasmaikeni369]

2:05:58 Sir, for small values of x, sin(x) is approximately equal to tan(x) and vise versa. But they both are not approximatly or even close to cos(x) for same small values of x. The proof comes with maclaurin series, or you can even use calculator for that matter. sin = x - x^3/3! + x^5/5! + ..... For small values of x, the terms get so small as they are getting raised to the power and then getting divided by factorial, that we can neglect them. Therefore, sin ≈ x Same with tanx tanx = x + x^3/3 + 2x^5/15 + ...... For small values of x, tanx ≈ x Now, cosx = 1 - x^2/2! + x^4/4! + ...... For small values of x, the other terms get small but because there is 1 at the beginning, it gets approximately equal to 1. Therefore, sin(x) ≈ tan(x) ≉ cos(x) Hence proved.

[@studywithanimation-xk7fy]

This channel deserve millions of subscribers, and I know ki wo bhut jald ho jayenge ❤❤❤

[@Mustafa41113]

58:00 it is a *parallel* combination of spring 🌱 🌱 ✅because both the spring are connected 🗝️🗝️with similar mass📨❤

[@Apasakvlogs]

This teacher deserve more subscribers ❤....great work sir .. thank you ❤❤❤❤❤❤

[@OjusOk]

thank u sir oscillation was my very big backlog and it is covered only in one video 😊😊 love the way you teach.

[@notunknown675]

Sir is it really enough for MHTCET because I am finding it quite easy??

[@Nityanand_34]

Go for jee

[@Priya29-b]

🙂🙂

[@KhushiPal-r8n]

Good morning sir I am watching first time of oscillation chp But concept and derivation is crystal clear 🔥✅

[@ToxicGuyXd]

you lecture is soo good that i am currently waiting for this series to air everyday and dont feel like studying physics without you

[@RGLECTURES]

❤️🫶🏻

[@sparshkulkarni7947]

Sir....! fabulous lec ♥ Suchme Sir agar apme thoda estrogen kum hota to Alakh Pandey sir ki jagah par aap hote 🔥 🔥

[@exiler4708]

23:38 sir link?? For Omega

[@Avishindeasd1234]

Life is a best Not for test But for rest All the best Rg lectures is here dont care

[@PrabhasPatil]

Rhyme nahi bana par thik h 😂

[@Bhargavi_B]

Thankyou so much sir. Though I had completed theory Part of this chapter, I was waiting for the lecture because never in last 5 months did I understand the topic of magnet vibrating in uniform magnetic field and the same question came in my preboard for 3 marks and I wasn't able to solve it. Watched many other videos regarding the same topic but nothing went inside my brain. After watching your lecture, the topic is crystal clear now along with all other topics. You really make Physics understandable.

[@RGLECTURES]

Keep it up!

[@shahnazwm]

what was your question in the pre board?

[@RamprakashGupta-o7q]

Sir maine reference circle method and concept of phase pehli baar samjha ❤❤❤❤

[@alisayyed3336]

Love you sir ❤❤❤ i really appreciate your efforts Thankyou so much for your comeback❤❤❤😢😢😢 Sir, Sch batao to physics padhne ke liye me book pen nhi blki aaram se couch par blanket me dekhta hu 😅😅😅 Aap sch me bht accha padhate hai ❤

[@RGLECTURES]

Waa😂🥰❤️❤️

[@Shivam-bf4uo]

58:00 Parallel combination K=k1+k2

[@meetkhodani9755]

absolutely amazing lecture. mind blowing for revision before boards.

[@omyadav2857]

48:35 imp table formulas.

[@dongamers5218]

Sir phele bar oscillation kiya sirf 10-20% hi samajh for sure i will watch it for 2nd time❤ excellent work 😄

[@Sohel_Sheikh_.7]

Thnk uhh so much❤️sir..This lecture helped me a lot🤌🏻to understand each & every concept🥺..U r one of the best teacher sir🔥💯

[@drsyedarizwanayasmeen9879]

Sir damped oscillation me signs me mistake hui hai, ma=bv+kx..... ma-bv-kx=0 aise hona chahiye? Please do correct me if I am wrong...

[@nishadremane5936]

Thank you for the lecture ❤

[@Pavni610]

I discovered this channel a bit late, but RG Sir's teaching style has completely impressed me! It's perfect for revision and starting from scratch with amazing conceptual examples. I'm sharing it with all my friends and juniors. Thank you so much, Sir-hope to meet you someday!❤❤

[@Zestylevy69]

Kitna syllabus hua?

[@karthikmaheshwaram7177]

57:59 Parallel combination

[@crazy_Aviator]

Thank you so much sir.... Ab apke waje se ek confidence aa gaya hai ki physics asaan hai aur maximum practice karne par its very easy to score 90+ in physics ❤❤❤❤❤

[@Radhakrishna-zi8xu]

58:00 parallel combination sir...... Love you ❤

[@Akshitajha0909]

I think this the best example of hsc Physics teacher in parallel universe. ....and we our leaving in parallel universe. ...because of RG sir❤❤❤❤

[@vanshchavan4039]

2025 Board students are here.

[@AnshikaSingh-b2c]

real physics explanation

[@adityamahajan5335]

37:48 maths mai muje integration aur differential eqaution dono ata hai. ye chapter ki revision kar rha tha maths aur physics ka feel agya pura 🔥🔥

[@studykaro207]

Parallel combination 58:20 But sir sillings are diffn ??

[@studykaro207]

I am raj from live batch 2025 bcs of you I can understand and solve numricals I am watching recorded lec as you said and I have completed chap upto oscillation so thank you very much sir ❤☺️

[@Shinobu_2323]

1:16:05 sir don't judge a book by it's cover 😂😂

[@RGLECTURES]

😂😂

[@Studies-jg6xq]

23:00 Sir vo w^2 ka link kaha par hai Video nahi mila youtube par muje pls reply!!

[@SanskrutiKalaskar1]

Literally sir you are the best 🔥 now i started this chapter i will complete it today! And one thing aapka lecture dekhate dekhate pata nahi time kaise chala jaata hai aur bilkul bhi bore nahi hota 🤩 THANK YOU SO MUCH SIR 💞 abhi uske naad numericals ke videos bhi dekhungi theory to acchi ho rahi hai ab Numericals ki baari 😎🔥

[@indianfuture6448]

57:58 Parallel 😈🔥

[@YuvixLastOne]

1:44:43 Here can I use alpha instead of delta ??

[@rohitrajput9532]

58:00 sir it is parallel connection ⚡

[@hvcreation3966]

Spring is in parallel... And what should I do for mht cet preparation after watch this lecture?

[@JitendraDeshmukh-mm7nx]

Sir ,in textbook about composition of two shm , author has mentioned 'a particle performing two shm'. But in this video you are saying two particles. That is confusing. Thanks for taking note of it .For ref pg119.

[@PrabhasPatil]

Thanks sir

[@rexyzeditz]

Series 58:01

[@Padhaikrbhai-ei2dd]

Sir pdf kaha milega??

[@Ramya_Shree-11]

Thank you so much sir 😊 a great appreciation for your all efforts by your students 😊

[@ShrawaniChoube]

Thank uuuuuuuuuuu sooooo much was almost on the way to skip this lesson but at last I just try your lecture to understand And now I just changed my perspective regarding oscillation 🎉 YOUR ARE GENIUS❤

[@SujudShaikh]

Sir your video is very helpful for me Before watching your lecture I hate physics but after watching I love physics ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@Aachal-se2so]

It will be parallel combination. The two strings are not connected,they are separated by mass.😊

[@merajrizvi1568]

yet I have done all the chapters that you had taught ; excited for upcoming! I understands physics by learning from u not just memorizing , but also clears me to solve the entrance examination questions as well. thank u sir.

[@RGLECTURES]

❤️❤️

[@Amrut-q7r]

Higher level teaching.wait for new video🔥🔥

[@RGLECTURES]

Thanks! Check timetable in telegram group ☺️

[@Swadhin_Upadhyay]

2:25:45 sir agar magnitude add kare toh bV+Kx jab ma ki taraf jayega vaha pr negative nahi ho jayega? and uska diffferential eqn mei bhi gadbad nahi hogi negative sign k karan ? Apart all this you are literally our savour sir... jjaha se humne padha vaha pr na jee dhang se padhaya na boards... TYSM SIR JI ❤

[@RiteshGhodke-e1p]

Finally got the gem lectures ❤🔥

[@not_amanvarma]

1:03:03 sir yaha par agr dono spring k1 aur k2 alag quality ki lele ek sasti ek mehngi matlab acche quality ki tab toh mass ek side ke spring par zyada jhukega na?

[@not_amanvarma]

jaise apan ne series waale me Ek Sasti spring laaye the aur ek mehngi waali toh Sasti waali ka elongation zyada hua toh same logic idhar lagaye toh yeh bhi toh ek side se zyada jhukegi na (sasti waali spring ka elongation yaha bhi zyada ho jaega right ?

[@catalyst_143]

Bhai jyada dimaag mat laga simply samajh ki: Sasta mehenga is not in terms of mass or lenght.... Balki sasta mehenga is in terms of "spring constant k" Sasta = "k" ki value choti Mehenga = "k" ki value badi Got it 👍

[@gayatriwankhede6821]

Kya padhaya he sir aapne ......ek alag hi ummeed mili hai aaj mujhe .. ..❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@AmanYadav-q8b2h]

sir i understand all the concept but cant solve the numerical could you help me??????

[@PokeAv]

RG. Lec. Is best 🎉❤

[@sanikathakur828]

1:55:42 pe sir total energy kaise conclude hui nahi samjhaa??

[@RGLECTURES]

Ke plus pe

[@sanikathakur828]

​@@RGLECTURES first of all thank you sir for replying , sir boards pass mai arahe hai sir plz help us with something like overall chapters in one shot for revision and practicing questions so that we will know where we are lacking now .

[@TechnicalfriendGaming]

Videos me time stamp dal do pls

[@swapnillode19]

Sir thankyou for amazing lecture❤. but plz sir complete syllabus before 30th Jan🙏

[@SoumilSethna]

Sir, please could you share the link of why k/m = omega square?

[@shahnazwm]

omega square is nothing but angular frequency aur it is inversely proportional to mass ( mass badhega toh frequency ghategi ) and directly proportional to spring constant ( spring constant badhega toh frequency ghategi ) isliye they are arranged that way k/m ( inverse wala part neeche hai aur direct wala upar ) aur rahi baat square ki toh woh isliye aaya kyunki jo formula se yeh derive hua woh tha T = 2π √m/k ( iss formula ka matlab omega wale se completely opposite hai T is directly proportional to mass and inversely proportional to spring constant ) toh yahan dono side square karne se jo result mila woh omega square bana aur √m/k ban gaya k/m isliye omega square = k/m OR omega = √m/k

[@pranaV2456IN]

0:00 I like your style of hiiii 😅

[@atharvakale577]

I have been studying on yt for so long bt never ever seen such productive and perfectly sequenced videos .Even the conclusions made at last makes it more effective to understand concept in depth.Thank u rg sir!!

[@Arman1m-b5f]

58:07 parallel combination❤

[@VarshaDeshmukh-s8x]

Sir your one shot is enough for scoring more than 80% please answer Sir yes or no if we take your all one shot seriously❤❤❤

[@Dream26005]

One of the best 👍💯 lecture for oscillation.

[@vedantwagh1589]

Everything is temporary but starting hiiii is permanent 😅😅😂😂😂 but really good teaching sir because I don't even know physics of class 9 and because of COVID also I didn't put efforts on it but now I am able to understand physics without basics of 9th and 10th thankyou sirr ❤❤❤❤❤✨✨✨✨✨✨

[@RGLECTURES]

💜💜

[@singfarewell1873]

Thank You dada(sir) 👀💯

[@ManojBabhulkar-p6n]

Sir ye one shots enough hain kya board ke liye

[@mansoorimohammedsallah5013]

Amazing explanation Everything become easy I'm afraid of derivation It's now easy because of you Sir can u please suggest any chemistry sir just like you who can help for HSC chemistry

[@Geni-247]

What's about asc ???

[@Rutuu_7]

I am here because my friend suggested me nd think that you will be also like other teachers. But I was wrong... You are the only teacher whose teaching is really good nd I understood it very well! Otherwise I use to hate physics nd think that it is a boring subject bt you made it interesting. Thank you so much Sir❤ so grateful to have you on KZbin😊

[@RGLECTURES]

❤️❤️

[@shivambenbanshi1228]

57:58 pe parallel combination hai bcoz one point of each two spring is attach to single mass😊

[@anjalipramodtembhare7769]

Pdf kaha milegi

[@Winii-0]

57:57 it's a parallel connection

[@RGLECTURES]

Correct

[@RahilKhan-zm6uc]

2x speed at 1:30am😅

[@its_sarvesh_]

Great Lecture Sir 🔥❤‍🔥 Ans=The spring combination is parallel

[@Bqdluck]

58:00 its series clearly there is no same or similar point

[@RGLECTURES]

Wrong.

[@KrishnaSingh-jj4pf]

sirr sweing machine ke needle ka mean position kya hoga

[@Spectra-v4v]

I think he is the best teacher in world 😊😊

[@JayeshPatil-ti5ce]

Kya ye cet ke liye bhi chalega??

[@sarthakjunonikar23]

58:00 Parallel combination

[@HurairaKhan-z2q]

One of the best lecture of physics in my life ❤

[@gharatpiyush7283]

So sir velocity is speed?

[@ShadowGaming-gg9fr]

Sir don't quiet youtube ever literally you taught the chp to well students need such teacher instead of that all masala content teacher ❤❤

[@shubhamakolkar2007]

Watch in 1.5X Is perfect

[@sweetsugar-j7p]

it will be parallel as the mass is a similar for both the side spring so the spring in such manner connected to that box from any side be considered parallel only like u said parallel is similar or same point

[@parthmahajan2005]

sir mai dropper hu mera ceta ke zero preperation hui hai matlab zero chapter agar me abhi start karu to me 90+ persentile jaa sakta hoon please reply

[@lightyagami47299]

Kitne aye bhai? Plz reply and abhi kya kar rahe ho

[@lightyagami47299]

I am also dropped

[@LaxmiGupta-g9u]

❤Sir jo aapne question puchha hai . Usme to dono spring ek hi point se connected hai lekin hai series me to mujhe dono hi lag raha hai ! Sir aap hi bata do ki series hai ki paralle❤

[@RGLECTURES]

Parallel🌟

[@LaxmiGupta-g9u]

@@RGLECTURES ok thank you sir ji

[@Nidhi-qu7ds]

24:00 where is that link