Momentum Batch - 11th Chemistry :- L-08 हाइड्रोजन स्पेक्ट्रम - Hydrogen Spectrum by Ashish sir

हाइड्रोजन स्पेक्ट्रम - Hydrogen Spectrum
अधिक जानकारी के लिए 9772416330 per Whatsaapp या Call करे
link of our google play store application-
play.google.co...
our telegram channel
t.me/ashishsin...
instagram handle
/ ashishsinghlectures
Facebook page
www.facebook.c...
Email id
[e-mail]
#Chemistry #NCERT #11th_Chemistry

[@Vipyograj123]

V लंबE लंबB लंब
अतः आवेश जिस वेग से त्वरित हुआ है उसका वेग , विद्युत क्षेत्र तथा चुंबकीय क्षेत्र तीनों एक दूसरे के लंबवत होते हैं

[@Vipyograj123]

जब इलेक्ट्रॉन ऊर्जा को अवशोषित करके अपने मूल ऊर्जा स्तर से उत्तेजित होकर उच्च ऊर्जा स्तर में पहुंचता है और पुनःअपनी ऊर्जा का उत्सर्जन करते हुए अपने मूल स्तर में आ जाता है|
इसलिए हमें वहां पर लाइन स्पेक्ट्रम देखने के लिए मिला

[@Vipyograj123]

इलेक्ट्रॉन को मूल अवस्था से उत्तेजित अवस्था में पहुंचाने के लिए हम विद्युत चुंबकीय तरंग का प्रयोग करते हैं

[@EnglishSatrangi]

Aap jaise sir kya pta kanhi mile ya na mile aap kitne achhe se padhate ho sir kash aap hamare school ke teacher hote sir ji to bahut hi achha hota 🙂. Thankyou so much❤ sir

[@sah.smart.study.]

Agar sir apke school ke teacher hote to baki ke sare students kaha jate o my dear brother

[@BrijkishorChaurasiya-hf1zx]

Mere abhishek sir bhi ashish sir ki tarah padhte hai

[@themanishrathor]

Most Important que ❤
Que :- Hame LINE spectrum kyu prapt hota hai?
Answer :- Because jab electron urja aavsosit krta hai too vhe aapne mul urha star se ucch urja star me puch jata hai. Jaise hi vo ucch urja star me puchta hai too vhe mehsus krta hai ki vhe waha stai nhi rha payga too fir vhe stath: urja ka ustarjan krke bapis mul urja star me aa jata hai. Ise karan se hame Line Sperturn / atom spectrum prapt hora hai. 🔥
Love you sir 🫶

[@arunimaonlineclases5749]

सर मुझे अच्छे से समझ में आया धन्यवाद

[@Bharatsinghshekhawat-do8jh]

❤❤❤❤❤❤❤❤❤

[@Sky_44-s]

Vidhyut chumbakiye tarange banti. Hai jab ........hm aavesh ko tvarit jrte hai ......❤️❤️❤️❤️👍👍👍

[@Everything..INIKUP]

Sir ka पढ़ाने का अंदाज़ hi अलग है

[@Vipyograj123]

जैसे-जैसे हम नाभिक से दूर जाते जाते हैं तो इलेक्ट्रॉन की ऊर्जा बढ़ती रहती है

[@PrinceKumar-me5nl]

😂😂😂😂😂

[@gauravraj8290]

You are like me because your and my thinking are is quite same realy ,I countined thinking like you sir

[@Vipyograj123]

@@gauravraj8290 bhai sir mat bol ma bhi tum ma sa hu😍

[@kumarsurendar8375]

Sir electron ko Apne kasha me ghomne ke liye urja Kahan se milta Hain 👈👈👈🙏🙏🙏🙏

[@riyasingh2866]

Bhaiya bat aisa hai na ki jo e- hai vo her class ki energy se ghumta hai

[@natureducation644]

Bhai e- ko apne kasha me ghoomne ke lie urja nabhik ke akarshan Bal se milta hai

[@RKGSTUDYHUB]

भाई इलेक्ट्रॉन को नाभिक अपने स्थिर वैधुत आकर्षण बल से घुमाता है

[@sureshgurjar6623]

@@RKGSTUDYHUB yes

[@RadheShyamyadav-xu1tt]

Bhai jo electric hai wo abhicandar force se fhumta hai jo culamforce ko manage karta hai

[@sahilmaurya6870]

Nice teaching Sir ... 🤘🏻

[@aadivasitimlicrater7726]

Sir kya baat hai 😮
Direct dimag me thoc rahe ho 🫡..
THANKS FOR your support and subscribe to

[@officialamangupta8029]

Bast teacher from your

[@Vipyograj123]

विद्युत चुंबकीय तरंग( electro magnetic wave) :emw

[@n...499]

Can you help me please

[@Vipyograj123]

@@n...499 kya help karni hai.

[@n...499]

Very urgent please help me

[@tezzfunny]

तो फिर मैक्सवेल के सिद्धांत का क्या हुआ

[@Vipyograj123]

चाल= तरंग दैर्ध्य /आवर्तकाल
V=f. तरंग दैर्ध्य

[@rubidevi7824]

Thanks Ashish sir

[@Vipyograj123]

Tsec→1wave
1sec→1/T wave
अतः 1 सेकंड में जितने तरंगे देखने को मिलती है उसे हम आवर्ती कहते हैं

[@n...499]

Or aayam

[@Vipyograj123]

@@n...499 आयाम- कि हमारी तरंग कितनी ऊपर उठ रही है तथा कितने नीचे जा रही है उसे आयाम कहते हैं जिसे a प्रकट करते हैं |

[@n...499]

@@Vipyograj123 ok thanks

[@divyanshisingh33]

Thank you so much sir ur the best teacher for the world 😊❤😊❤😊 really thank you so much sir 😊😊

[@Vipyograj123]

एक पूरी तरंग की लंबाई को तरंग धैर्य कहते हैं एक पूरी तरंग की लंबाई को तरंग धैर्य कहते हैं

[@tezzfunny]

Sir कभी कह रहे है ऊर्जा बढ़ रही है कभी कह रहे हैं कम हो रही है

[@sureshgurjar6623]

Haa too

[@Ajfjwnfmsjfjwuud]

Hi ji

[@Ajfjwnfmsjfjwuud]

Sir ji

[@thegreatsikander2216]

Sahi baat hai

[@Medha_Arya]

Kese situation me.. Urjaa.. Kam ho rhi... Hai or kese situation me jyada.... So.... Sir is always right.... 💯

[@munchunkumari656]

Sirjee aap bahut ache padhate hai thanks for you

[@vikashvishwakarma3482]

Aap bhahut acha padha rhe hai sir ji

[@Boardclasspreparation]

Very easily understanding and finest teaching ,,,very very thank u sir

[@AbhayKumar-lr8rb]

Aapka head raiting bhut achha hai

[@sunitaverma6637]

Sir are you baset teacher for chemistry 🙏🏻

[@Sourabh_Joshi_block7025]

Ik number

[@Ankit-pq9qz]

Makkhan sir ji

[@yatinchauhan4879]

Nice teaching sir👌👌

[@junaidgazi2585]

Thank you ☺️💖 sir

[@hittu__thakur]

❤❤❤

[@hittu__thakur]

😅

[@Himani_shivanisahu]

Etna deep aaj tak nahi pda sir 😊

[@lokeshlabu7805]

Bhut clear sir tq

[@gopichand8842]

Ram Ram ji sir ,moj kar di sir

[@ashiri890]

Sir thank you, you are best teacher hai hind sir🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳

[@pankajsaini6833]

Thanks sir👍👍👍👍👍👍👍👍👍👍👍👍👍👍

[@shubhamnayakxyz9111]

सर यदि n=अनन्त हो तो E=0 नही होगा!जेसे _ जैसे ..n..का मान बढता है वेसे ऊर्जा बढ़ती है क्यो कि..E = -Z2/n2 Minas मे जितनी बडी संख्या उतनी ही छोटी होती है! धन्यवाद please समझाए मुझे!.......

[@sadstatus48]

Bahot badiya sir

[@anshikaprajapati2381]

Nice video sir 👌 👍

[@ramcharanmeena8131]

Super sir 👍👍👍👍👍👍👍

[@MonikaSingh-gq9do]

Unique explanation sir👏🌸🤗

[@anandjaat3366]

Nice sir op 👌👌👌👌👌👌

[@MdYasin-to2dd]

Unique explanation.

[@Sourav.vlogs.493]

Are you God(Bhagavan) sir

[@lamegaming2281]

Thanks 🤗🤗

[@anamikaverma264]

Sir aap bhut he acha padhati hai❤

[@surgyandegda2388]

You are great sir 🤗🤗🤗

[@ManojSingh-lv5pb]

Ashish sir you are my ideal

[@Soksandnnxxnaj-rr7km]

Bhut achha padhaye sir😊😊😊😊😊😊😊😊

[@AshishKumar-ym7kr]

Nice teaching sir

[@santoshsonwani79]

hello sir Online classes krna hai

[@urmilapurigoswami9015]

Ha sir online classes krao na👍

[@manseepalmanseepal-su1wq]

Megauravpalyounicesir

[@KRITYARYA-RK]

Super se bhii uparrrrrr🥰🥰🥰🥰🥰

[@TammuPatel-i3e]

Sir ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤you are best sir ❤❤❤❤😊

[@dixaart8631]

👏👏👏👏👏

[@mrmayank123.0shorts]

Sir sone ki patli pani par to bahot sare parmanu hote h to phir ek a-kan hi vapas kyo aaya maximum kano ko vapas aana chahiya tha

[@Medha_Arya]

Ye situation hme ye btati hai... Ke hmare nabhik itna chota hai.. Ke 20,000 me se ek he .....alfa- kan... Vapas... Aaya..

[@Medha_Arya]

I hope your doubt... Is solve... 😊

[@Devkarmkar459]

Sir yesa lag raha hai physics ke study kar raha hu 😂 but thank you mujhe pura concept clear ho gya ❤❤❤❤

[@PRASHANT_PlayZzZ]

😅😅😅

[@raist2476]

Thank guru dev&sir ❤

[@RajuSingh-pw8dd]

Makhan 😊😊😊😊😊😊😊😊🎉🎉🎉🎉🎉🎉🎉

[@ArmanKhan-zs5qd]

Jab aavesh tvarit hota hai to vidyut chetra or chumbakiya uttpn krta hai jise vidyut chumbakiya trng kehte hai

[@Mrgoyal-o4r]

Superb

[@vikashvishwakarma3482]

Jo bhi kisi qostion ko ham folo karte hai to pahle aap ki hi video ata hai sir ji

[@Devabhai94]

Op sir

[@anandsheel3624]

wow sir aap kya padhate ho

[@saleemquraishi3487]

Present 2024.....

[@JankiSingh-cr3dv]

Tq sir you are best

[@rakhiroyal1792]

Urja ko gumne ke liye 10-7 hota hai nabhik ko gumne ke liye electron ke chaaro Or gumta hai

[@rkworld47-y5v]

Dhanyabad Sir ji

[@aloksingh3468]

Very nice.sir👍👍👍

[@shiv-prakash.minakshi]

Makkkkkhan 100%

[@sagar_singh__]

Sir g aapne to kha ki e- ki urja jyada ho rhi h bahar jane prr,,
Is trh se infinite prr jane prr to uski urja badni chaiye vo 0 Q ho gyi 🙄🙄🤔🤔🤔❤❤

[@shivampratapsingh9580]

Shi kha 👍

[@shivampratapsingh9580]

Energy bhi infinite honi chaiye

[@sagar_singh__]

@@shivampratapsingh9580 yes bro🧐🧐

[@MohdFaizan-wx2hy]

e aur nabhik ke beech lagne wala bal infinite per zeero hoga

[@studentstudy175]

Bahut achhe padate ho sir

[@lalmohd.idrishi5661]

𝙎𝙪𝙥𝙚𝙧 𝙩𝙚𝙖𝙘𝙝𝙞𝙣𝙜 𝙎𝙞𝙧♥️♥️♥️♥️

[@ALOKKUMAR-kx4ms]

I am present sir

[@kavitamali2204]

System 🤟🤟 Elvish 😅

[@oplite4325]

Thankyou sir 😊

[@dharmendra239]

Jese jese electron nucleas se dur jata jayega energy badti jaegi.

[@dewathakur6882]

Sir ji aapp mahan h

[@RajatSingh-c4q]

Rajat Singh

[@dharmendra6326]

Very nice sir thank you

[@dhananjayvlogs1233]

अगर जैसे जैसे नाभिक से दूर जा रहा हैं ऊर्जा का मान उतना बढ़ रहा है तो n का मान infinite होने से E= 0 कैसे होगा सर।

[@dkgaming1261]

Sir Awessom

[@Vipyograj123]

एक तरंग (तरंग दैर्ध्य) को बनने में लगा समय को आवर्तकालT कहते हैं

[@Officialvoicefromheart]

Mast class sir🎉🎉

[@carryminaati635]

Ok sir ji ❤

[@carryminaati635]

Good

[@GudiyaKumari-y3k4w]

Sir 1000रू😮NICE😊❤

[@GudiyaKumari-y3k4w]

Nice🎉

[@GudiyaKumari-y3k4w]

😮😮😮🎉

[@GudiyaKumari-y3k4w]

😂😂❤

[@GudiyaKumari-y3k4w]

Ok😊

[@GudiyaKumari-y3k4w]

Ma❤

[@sonuboss8368]

Tq sir ❤❤❤

[@VijayKumar-vr1qe]

Yes sir

[@mathloverakhil1995]

Sir online class kitne bze se chalta hai ????

[@KuldeepSingh-bb4fv]

Hii Ashish Singh sir

[@vikashvishwakarma3482]

Good morning 🌞 sir ji

[@Akhil_777-x9x]

Electric field and Magnetic field dono Snack ki tarha chal rahin hain

[@sonamrajput4711]

🥰🥰🥰

[@anurag45bind10]

Thank you🌹🌹🌹🙏

[@naveenkumar-rg6cn]

Jai hind Ram Ram ji

[@babitadewangan1039]

Sir ap please...book ke hisab se topic pdhaiye n🥺🙏

[@Brijeshytshorts7]

Pura concept mast samajh me aa gya sir thank you so much🙏🙏🙏

[@AnilKumar-g3n1i]

😊😊❤❤

[@vikashjat2931]

Thanks