QUESTION 7Below is an electron energy level diagram for the hydrogen atom assuming the Bohr model. Use this figure and the provided equations to calculate:-hcRHE =n2-3The energy (k]/mol) for the fallowing transitionsa.n = 2+ n - 1b. n = 3+n = 2c.n = 4+n = 3QUESTION 8Below is an electron energy level diagram for the hydrogen atom assuming the Bohr model. Use this figure and the provided equations to calculate:hcE%3DThe wavelength of each spectral line to predict the longest wavelength:a.n= 2+n = 1b. n = 3 +n = 2C.N = 4+n = 3

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QUESTION 7 Below is an electron energy level diagram for the hydrogen atom assuming the Bohr model. Use this figure and the provided equations to calculate: -hcRH E = n2 -4 The energy (kJ/mol) for the following transitions a.n=2-n = 1 b.n = 3-n = 2 C.n= 4-n = 3

QUESTION 7 Below is an electron energy level diagram for the hydrogen atom assuming the Bohr model. Use this figure and the provided equations to calculate: -hcRH E = n2 -4 The energy (kJ/mol) for the following transitions a.n=2-n = 1 b.n = 3-n = 2 C.n= 4-n = 3

Chemistry

9th Edition

ISBN:9781133611097

Author:Steven S. Zumdahl

Publisher:Steven S. Zumdahl

Chapter7: Atomic Structure And Periodicity

Section: Chapter Questions

Problem 175CP: The ionization energy for a 1s electron in a silver atom is 2.462 106 kJ/mol. a. Determine an...

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