Spectral Series of Hydrogen Atom : Lyman, Balmer, Paschen, Brackett & Pfund Series

This animation shows the Spectral series of hydrogen atom. Whenever an electron in a hydrogen atom jumps from higher energy level to the lower energy level, the difference in energies of the two levels is emitted as a radiation of particular wavelength. It is called a spectral line. As the wavelength of the spectral line depends upon the two orbits of energy levels between which the transition of electron takes place, various spectral lines are obtained. The different wavelengths constitute spectral series which are the characteristic of the atoms emitting them. The following are the spectral series of hydrogen atom.
(i) Lyman series
When the electron jumps from any of the outer orbits to the first orbit, the spectral lines emitted are in the ultraviolet region of the spectrum and they are said to form a series called Lyman series
(ii) Balmer series
When the electron jumps from any of the outer orbits to the second orbit, we get a spectral series called the Balmer series. All the lines of this series in hydrogen have their wavelength in the visible region.
(iii) Paschen series
This series consists of all wavelengths which are emitted when the electron jumps from outer most orbits to the third orbit.
(iv) Brackett series
The series obtained by the transition of the electron from outer most orbits to the fourth orbit.
(v) Pfund series
The lines of the series are obtained when the electron jumps from
outer most orbits to the fifth orbit. This series also lies in the infrared region.

[@gayaquinn7177]

A five minute video instead of a 1 hour video on hydrogen spectrum gave the same level of knowledge... Amazing nd thank you.

[@radzheshlaptev7635]

Amazing video. Short, straight to the point. Thank you.

[@heatherbucalos4251]

This helped so much! Thank you for making this video!

[@manhkhang7732]

straightforward, down-on-earth explanation, I love this video. big thumbs up

[@pawarff9684]

😭

[@gauriwayal1399]

This is so informative yet short!
Thanks !!👍

[@rutujajadhav8333]

Very very useful thanks alot for this

[@kalashhandoo3013]

Whats there maxima and minima please tell me

[@vigneshkumar8210]

awsm video mam beautiful explanation

[@shramikakirtikudav7938]

i got it clearly thanks

[@A0D0D7Y]

These things couldn't be explained by our teachers in school using chalk and board.

[@jagadishgowda7749]

wow this is so simple graphics with great content thank you so much mam

[@samarthdeshpande8064]

Just awesome.....!!

[@binurai4822]

To this very helpful for me. Thanku so much.😊😊😊😊😊😊

[@muhammadusmankhalid5328]

Thanks

[@ManojKumar-po6tv]

must sir ji amazing video ram ram ji

[@vigneshwarbalakumar208]

Thanks for the clarity

[@arifajummal1024]

Really help me to learn ..
😊 Send such videos

[@demongamingzone2037]

I understood very well thank you so much

[@SukhpreetKaur-rr8up]

really helpful!!!!It helped me to study for my chemistry test

[@tiarabrown5392]

amazingly explained

[@melakutafere4630]

wawww!!! Brilliant,thanks.keep it up

[@safiyah5596]

THANKYOU SO MUCH ♥️

[@danielarturofajardojaramil4393]

thank you very much!!!

[@farmanbaig9273]

Amazing video thankxxxx u so muxh

[@savindersingh4066]

its really helpful video. thnx mam 🖒👏

[@manuunni895]

Thank you so much ma'am🙏🙏

[@akshayarana9544]

Thank you for teaching...

[@abthinkvlogs]

Its very help ful video for study

[@harishd3696]

but hydrogen contains only single orbit according bohr's model, then how excitation of electrons takes place there is no orbit to reach higher energy levels and to come back to lower energy levels

[@ishaanbansal3503]

they are infinite number of energy levels to reach. that one electron will be excited in relation to the amount of energy given and therefore it will come back to the original energy level. so it really does not matter.

[@simapati4576]

you were Right

[@sonasingh0987]

Really it's good

[@selvakumar2834]

THQ for teaching

[@humanityservice8051]

Wonderfull

[@SomethingaboutScreens]

Annoying intro
But the video is soooooo goood!!❤️❤️

[@jayjacobfeuerborn2169]

Omg Thank you!!😍🙈

[@piyush_o_0]

Thankuuu MaM 😇

[@aravindhb2971]

super sir.... it's beautiful ... video lecturing.... is any other subject is there...???

[@jamilahmad7620]

Humfree series is missing ma'am

[@anjalimishra8408]

nice 👍thanks mam

[@sairishravan3936]

Thank you so much mam

[@sajadkhan9073]

it'll be 0 as well as 3 depends on options

[@easwariappala3748]

My doubt is are all series are formed at a time

[@awaisahmed2907]

Ty

[@user-nu3sd7zb2j]

Thnk you

[@personalzxc]

thanks

[@mianarbaz473]

nice vedio by using simple words

[@hrboss6023]

Kv sector 8 Nd op

[@p.saisrujan4882]

thanks mam it helped me a lot for my chemistry exam
i have a silly doubt mam
this concept is from chemistry
but you said that it is physics
.🤣🤣🤣🤣🤣🤣🤣🤣🤣

[@gauthampaul4213]

well i guess its because some boards have this concept in physics, it is there in CBSE and A level in physics

[@kashyaptandel5212]

it’s in physical chemistry, which is interjection of physics and chemistry.

[@INAYATULLAHSHEIKH]

What is R and what is its value

[@ankita1102]

Inayat Ullah Sheikh
R is Rydberg constant.
R= 109.667 cm^-1

[@TheFutureGuyGaming]

@@ankita1102 and 2.18x10^-18 J

[@arshadbagwan7764]

supper

[@manuchauhan6965]

plz explain quantum no.

[@KrishnaThakur-hh5fe]

Thanku mam

[@SinghSingh-wj1jd]

In Paschen series e` jumps from outer most orbit? ??

[@demongamingzone2037]

Teaching is good but it is chemistry not physics

[@kudos9641]

Very funny

[@ahmedkamal3977]

Ha

[@kudos9641]

there are only one energy level in hydrogen atom

[@kiruthikav1834]

Ur fame only for short to greater explanation

[@pathanshaequekhan6536]

Poor

[@prachigiri6610]

Thanks

[@kanikagulati6460]

It's really helpful video mam thanks🙏🙏

[@letslearn2985]

Quite useful, thanks a lot.

[@sarkari_jankari]

Thanx sir

[@moumitadas9593]

What is the difference between wave number and wave length?
Please tell me

[@globalwakhilanguageliterac6085]

weld-one keep it up good animated videos

[@zunairatariq6867]

Really helpful 😇

[@shekhardakhole7642]

Itna ganda Maine aaj take nahi padha

[@sanjeevsharma9189]

🤣😂😂😂😊😊