Atom In the Helium spectrum: Visible Spectrum of Helium The strong red spectral line is due to a 3'D 2P transition. Use

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Atom In The Helium Spectrum Visible Spectrum Of Helium The Strong Red Spectral Line Is Due To A 3 D 2p Transition Use 1 (106.21 KiB) Viewed 22 times

part A picture

Atom In The Helium Spectrum Visible Spectrum Of Helium The Strong Red Spectral Line Is Due To A 3 D 2p Transition Use 2 (120.75 KiB) Viewed 22 times

use this Equation for part B

Atom In The Helium Spectrum Visible Spectrum Of Helium The Strong Red Spectral Line Is Due To A 3 D 2p Transition Use 3 (81.72 KiB) Viewed 22 times

explain and show all work please and write clearly please answer parts A and B
thank you
Atom In the Helium spectrum: Visible Spectrum of Helium The strong red spectral line is due to a 3'D 2P transition. Use the Helium energy diagram provided in class to determine the wavelength of this transition. Then, determine the energy difference between these two states. Write the Slater Determinant for the ground state of the Beryllium atom.
Ko DES SIS Helium Triplet Transitions 382 903 10216 3 412.1 en sritt L 9 ZSS 471.3 mm בת 6ור = ns - 2P P25 nD + 2P UV Region IR Region wavelength Helium Singlet Transitions 51.36 $2.22 mm $3.71 mm 58.44 am 361.4 mm $21.5 mm 728.1 to 5 968 61 UR 6 881 ELBE tot w 9 10s - nP ns nP nD - 15 + 2P -25 - 2P $299
Slater Determinants How to Construct Antisymmetric Wavefunctions Helium Atom 1 (1)a(1) U(1)(1) Vary the Spin-Orbital us z luis(2)a(2) Wis(2)B(2) î Vary the Electron Occupancy - = 1 E Was(1), (2) (a(1)(2) - a(2)$(1)