Spectral Lines of Hydrogen Atom

This video shows the spectral lines of the hydrogen atom, represented by the orbital diagram of an atom.
AASOKA provides 2D/3D educational videos based on the CBSE curriculum that will help you understand difficult concepts and complicated experiments in a simple, easy-to-understand way. You can check all available videos of this grade and to get more clarity, or for progression of difficulty in different topics of this subject, you can check out the given playlists available on our channel:
Class 11 : bit.ly/3Xfg0jj
Science Tutorials : bit.ly/3vWbMAI
Visit our website aasoka.com/ for more details or download our app
Android: bit.ly/3nWGDe2
iOS: apple.co/3EFsA2f
To stay up-to-date with exciting updates about our videos and other content, connect with us on:
Facebook: bit.ly/3QsdZNP
Instagram: bit.ly/3GQCMIo
Please encourage us by liking our videos. Leave a comment about what we did well and how we can improve. Don't forget to subscribe to our channel to watch more educational videos!
#hydrogenatom #atoms #science #board2024

[@dlowery51]

I just discovered that my learning disability as a child could have been solved if only I had a British scholar explain everything to me.... Such clarity.

[@AASOKA_Learning]

Thank you so much

[@Trident_H]

Bro it's Indian

[@NickyMachiavelli]

@@Trident_H Listen again

[@touheedahmad9020]

My concepts are clear first time. Thanks a lot. May God bless you

[@AASOKA_Learning]

Glad to hear that. Please like and subscribe our channel for more videos.

[@terencerucker3244]

The Balmer series is in the visible spectrum but other than that, a good simple explanation.

[@AASOKA_Learning]

Thank you

[@danyalshahid9339]

Great video. Very informative. I really appreciate your enthusiasm for teaching science

[@AASOKA_Learning]

Thank you

[@MsSimpleMovies]

For my purposes, this was JUST THE RIGHT information I needed. I was just looking for the big picture of the line spectrum-energy level relationship. Thank you so much!

[@xstrange2354]

MsSimpleMovies yah!

[@AASOKA_Learning]

You're most welcome

[@Gobtrey]

Straight to the point! Thanks.

[@AASOKA_Learning]

You're welcome

[@Saikanth-Msk]

Wow.... Nice explanation, sir. Understood in 2 minutes. ❤

[@AASOKA_Learning]

Thank you so much

[@rifasalam7788]

This is the best video....like I have watched many videos which is more than 45min and was hard to understand.but this is less than 5min and is so easily understandable....luvv this video 🥰🥰

[@AASOKA_Learning]

Thank you so much

[@parulaggarwal9405]

This was so helpful....

[@AASOKA_Learning]

Thank you

[@_ace_iat]

Science is just awesome if we understand it..thanks :)

[@abdulhamidrabeh4412]

The most useful information I have ever read...!

[@AASOKA_Learning]

Glad it was helpful! Thank you

[@morex__vlogs]

Sir I watched all videos on KZbin for this topic but you're my solution love you sir 😊 I will want to study by you...can you give me a chance sir love you from India 😘

[@AASOKA_Learning]

Thank you so much for your appreciation.

[@get_going34]

It's midnight here ..... And I'm here watching a wonderful video.. literally tearing up!! Thank you so muchhhh!❤️

[@AASOKA_Learning]

You're most welcome

[@muhammedminhalayamon784]

Thanku.... My confusions are tottally cleared❤️

[@AASOKA_Learning]

Thank you so much for your appreciation Muhammed. Don't forget to show some love by subscribing to our channel and press the bell icon to never miss out on any videos.

[@nehaa1688]

Thank you so much my doubt for nearly 2 years have been clear now

[@AASOKA_Learning]

You're most welcome

[@vijayalakshmisenthilkumar1273]

Thankyou so much for clearing my confusions through an animated video

[@AASOKA_Learning]

You're most welcome Vijayalakshmi! Don't forget to show some love by subscribing to our channel and press the bell icon to never miss out on any videos.

[@adrianjonsson2581]

What instruments were used to show this? All answers appreciated

[@AASOKA_Learning]

Thank you

[@bahaaihab314]

Thank you for this nice video BTW i loved your British explanation ☺️

[@AASOKA_Learning]

Thank you! 😃

[@faxedits8]

Bro this animation is something i want the diagram even helped What a relief

[@AASOKA_Learning]

Thanks for your feedback. Don't forget to show some love by subscribing to our channel and press the bell icon to never miss out on any videos.

[@bhumi8696]

Teacher you teach very well

[@AASOKA_Learning]

Thank you! 😃

[@kolarchildrenshomekolar2397]

Awesome....waiting for more videos

[@AASOKA_Learning]

Thank you

[@pragyaandharshikascreativi6722]

Great animation👍👍👍

[@AASOKA_Learning]

Thank you

[@2519731]

Thanks bro helped alot

[@AASOKA_Learning]

Glad to hear that!

[@user-xk2vk9pt6k]

May I know that Balmer series, is it denoting the frequency of ultraviolet region or visible light region?

[@2_somebody_2]

Balmer series lies in the visible region. I believe there was a mistake in the video's script.

[@user-xk2vk9pt6k]

@@2_somebody_2 Thank you

[@Momona2400]

I was thinking wth was these lines and how can electron jump on the lines. But now i know cause of that single diagram tysmmm. Very nice explanation

[@AASOKA_Learning]

Glad you liked the video Ananya! Don't forget to show some love by subscribing to our channel and press the bell icon to never miss out on any videos.

[@digvijayyamagekar7139]

thank you very much for information thats what i was needed

[@AASOKA_Learning]

You're welcome

[@maryamrajpot63]

Oh thanks 🥺💗 I'm preparing for my entry test😊💖

[@AASOKA_Learning]

Good luck!! We have more helpful videos in the works, so stay tuned.

[@maryamrajpot63]

@@AASOKA_Learning 🥰

[@alexmaster7564]

Thanks you so much 😍😍😍

[@AASOKA_Learning]

You're welcome

[@durkadevi6386]

This is a great video man!

[@AASOKA_Learning]

Glad you liked it! Thanks for your feedback. Don't forget to show some love by subscribing to our channel and press the bell icon to never miss out on any videos.

[@invincibleguy1821]

Thank you brother

[@AASOKA_Learning]

You're welcome

[@HarshSingh-sw8us]

Thank you

[@AASOKA_Learning]

You're welcome

[@yaseen5372]

Thanks a lot

[@AASOKA_Learning]

Keep supporting us.

[@prabhupritambehera9680]

Thank u sir

[@darshanbhat5330]

Superb!

[@AASOKA_Learning]

Thanks a lot!

[@SchoolTV92]

very good job.

[@AASOKA_Learning]

Thank you

[@ylabarbera]

It is a very nice video except there is a mistake. Is it possible for you to correct this mistake?

[@AASOKA_Learning]

Thank you

[@godaten2006]

Did you took this from Extramarks 🤔🤔...... But anyways thanks for posting it .... It helped me

[@AASOKA_Learning]

Thank you

[@parulaggarwal9405]

Thank u

[@AASOKA_Learning]

You're welcome

[@saisrinivas7680]

Nice

[@AASOKA_Learning]

Thank you

[@altafmarshall6101]

Thanks🌷

[@AASOKA_Learning]

You're welcome

[@ahmedhassan6304]

Thx

[@AASOKA_Learning]

You're welcome

[@chikkukakku1551]

Thank uu🥰🥰🥰

[@AASOKA_Learning]

You're welcome

[@456789289]

thanks

[@456789289]

thanks

[@AASOKA_Learning]

You're welcome

[@vijaytailor5190]

I am indian neautigill video for hydrogen spectrum 😊

[@mudasarmustaq1406]

Balmer series is visible spectrum not uv

[@shreyamaji-hg9gt]

Can anyone tell me as we all know that hydrogen has only one electron then how can this is possible that that much electrons are coming from various of cells to failures of cells like this and how can this is possible I know it's a gas there is so much of molecules of hydrogen so much of atoms of hydrogen but as we are seeing that they are coming from one to another cell so we have only one hydrogen in a one atom of Hydrogen cell so then how can is this possible that in one atom that much of hydrogen electrons are coming from one to another cell or going to one to another cell if anyone can explain me this then I will be very thankful

[@user-ed3vt3js3l]

Hydrogen, with its single electron, typically has the electron in the lowest energy level, known as the ground state (\( n = 1 \)). However, when the hydrogen atom absorbs energy, the electron can move to higher energy levels (\( n = 2, 3, 4, ...\)), becoming excited. When the electron returns to a lower energy level, it releases energy in the form of electromagnetic radiation, which corresponds to the observed spectral lines in the emission spectrum. -Chat GPT

[@UmarFarooq-2006]

​@@user-ed3vt3js3lu mean the atom jumps in 2nd orbit and the first become empty for that time ?

[@shreyamaji-hg9gt]

@@user-ed3vt3js3l its not the answer of my q. I know how the spectral lines are made by but the q. Is how that many lines are made by as hydrogen has one electron it can only jump one to another shell or sub shell or orbital so one spectral line can be formed but how that many line ever series of passion balmer are forming

[@rishabhrocker2432]

hydrogen only have one electron so there is one shell only how is to possible to have electron at 2,3,4,5,6 and 7 shells

[@kpop-lb3uk]

Best viedio ever. Haha

[@AASOKA_Learning]

Thank you so much k pop! Don't forget to show some love by subscribing to our channel and press the bell icon to never miss out on any videos.

[@chemistryART]

Nice explained....👆👆👆👇👇watch this also

[@AASOKA_Learning]

Thank you

[@mahirdesai426]

Sorry to say but last second formula is worng I thik because ∆E = E final - E inisial

[@sudeshkumari6167]

Any one who come their from vedantu

[@AASOKA_Learning]

Thank you for watching our video and we're glad that it was helpful to you! Keep watching for more helpful content!