the are 4 distinct lines on the emission spectrum for hydrogen, as seen above. these four lines of light…

the are 4 distinct lines on the emission spectrum for hydrogen, as seen above. these four lines of light fall within the range of visible light, however, there are many more emissions from hydrogen that cannot be seen. the different emissions from a spectrum are classified into series. which series are these lines classified as? a bohr series b lyman series c balmer series d paschen series

the are 4 distinct lines on the emission spectrum for hydrogen, as seen above. these four lines of light fall within the range of visible light, however, there are many more emissions from hydrogen that cannot be seen. the different emissions from a spectrum are classified into series. which series are these lines classified as? a bohr series b lyman series c balmer series d paschen series

Answer

Brief Explanations:

  • The Balmer series corresponds to electron transitions in hydrogen where the electron falls to the (n = 2) energy level.
  • The Balmer series lines are in the visible region of the electromagnetic spectrum.
  • The Lyman series ((n = 1) final state) is in the ultraviolet region.
  • The Paschen series ((n=3) final state) is in the infrared region.
  • There is no Bohr series in the context of hydrogen spectral series classification.

Answer:

C. Balmer series