Question

Calculate and enter the energy, frequency, and wavelength for electrons moving between shells indicted in the Select Hydrogen Emission Lines table on the next page. From the wavelength, enter the region of the electromagnetic spectrum of each emission. For emissions in the visible region, give the color of the emitted light. AE is most conveniently obtained by difference, Es Ei, using Shell Energy values from the table on page 9. Page 11 of 12 2-Ju Ju 9-Ju L-Tu 9-Tu 2=Ju Tu I-Ju 2-1u I Ju L-Tu STA 3T 30TO A/DY unrapeds go uoTbe uTY '4abueg ay00d t AKouenbera Ephoton in J/photon Select Hydrogen Emission Lines ACTIVITY # 8: LABELLING EMISSION LINES WITH THE APPROPRIATE SERIES NAME For the seven transitions calculated and entered in the Select Hydrogen Emission Lines table on page 11, add vertical lines connecting the initial and final shells to the Hydrogen Shell Energies graph on page 10. Label each transition with ni, n, energy in Joules per photon, adding the series name to the emission line. The series name for each transition can be read from the above graph.

Answer 1

AE E R Ref 1-1 n22 Ri Rydbg tonstant 2.17 X10 Region 45 -7 2.10x 4 -18 86K10 J 1-65x105 1-82 yo -.09x0 3.5.45 ID J 3- 65K1D Q.22 ID (.09x 102.asx 10 H 26 KD Violes 13 3.8X10 3-93K10 iolet

PAGE a2 Balme 40 Pasenen ynman てて ynan Enexgy