How does one go about question b? 2. Look at the six panels of spectra on the following pages. Each panel shows the optical spectrumof six different stars. The top graph in each panel is the full spectrum; the bottom graph in eachpanel is a blowup of the Balmer series absorption line located at 6563 Angstroms. Astronomerscall this particular absorption line Ha (because it is the first line in the Balmer series and oa isthe first letter of the Greek alphabet), and it is created when an electron moves from the 2 d tothe 3d energy level. Note the difference between the scale on the wavelength axis for the topand bottom graphs.b) In the top graph of each panel of spectra (starting on the next page), circle each of the 3Balmer series absorption lines you drew on the energy level diagram in the first question. Panel 3:3500400045005000550060006500Wovelength (Angstrom)Ha Absorption LiIne (6563 Angstroms)1.201151.101051000.900.800.750.700.6560006106540660006106620Wevelengih (Angstrom)Panel 4:3500400045005000550060006500Wavelength (Angstrom)Ha Absorption LIne (6563 Angsiroms)1201.101.051.00%230.950.90O800.750.70600060106540660006106620Wevelengi (Angstrom)parouparou

Given:- In the top graph of each panel of spectra (starting on the next page), circle each…

Answered: b) In the top graph of each panel of…

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b) In the top graph of each panel of spectra (starting on the next page), circle each of the 3 Balmer series absorption lines you drew on the energy level diagram in the first question.