Recent content by Sahar ali

No, it's not a homework. I was just reading Bohr correspondence principle. There is little explanation in that book but I did not understand that's why I asked here just to make my concept clear.

under what condition should the Bohr atom behave classically?

each series have its own importance, does not it? if not then why peoples worked on and discovered more series 6 and onward. ?? :confused:

I wonder if there is another way to calculate wavelengths. actually, this question was asked by our teacher during lecture.and I was not sure about my answer so I asked here in the forum

/ I got your point, can you please tell me in which region of the spectrum does it fall? do we use the same empirical formula to calculate its wavelength(λi and λf)?

thank you i read the info given the link you shared but still did not get the answer that why this Humphreys series the 6th series is neglected why it's not included in the textbooks?

we know the five spectral series of Lyman, Balmer, Paschen, bracket, and Pfund their wavelength and also the part of EM spectrum they fall in, my question is why do we neglect the 6th series in the spectrum? and in what part of EM spectrum the 6th series exist and what could be its wavelength...

what limits a large number of bravais lattice to only 14? Is it because of symmetry operations?

Thanks let me read the material you have given me a link to.

As Hs (stray field)= -Hd (demagnetizing field), What will happen if we minimize the stray field? Does minimize stray field will also reduce the strength of demagnetizing field? If yes then how will we minimize stray field so that it does not affect the demagnetizing field? here few lines about...