EANUTHERChiculate the wavelength of the electromagnetic radiation required to excite an electron from the grond state to the levelwith 4in a one dimensional box 41.8 pm in length.HosdHelezRead I

An electron is excited from ground level (n=1) to Higher level (n=4) in 1D-box. Length of the box…

Answered: Calculate the wavelength of the…

Calculate the wavelength of the electromagnetic radiation required to excite an electron from the ground state to the level with ns 4 in a one dimensional box 41.8 pm in length. nm NoedHetp? Read It

Chemistry

9th Edition

ISBN:9781133611097

Author:Steven S. Zumdahl

Publisher:Steven S. Zumdahl

Chapter7: Atomic Structure And Periodicity

Section: Chapter Questions

Problem 66E: Consider an electron for a hydrogen atom in an excited state. The maximum wavelength of...

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atom initially Sn its ground state n-), absors a photon and ends excited state where n= 3. pan an is the auarelength and the frequen Cy of the phonton? in nanometers b) Now the elecron oponstaneasly emits a photon and therefore return S state (nzz): What is the frequen Cy of the protor emitted during this proces s? iing are the correspending energies of the photons described in I need arswer 46) 2)Phosphors (p), lalciom (ca) and titaniom Gi) full electron blcimplifiyyars Donzwer in a) u sing He nodle gas notation c)provied He quantum num ber tor on titu highest ererqy Valence electon in each atom dwhaph or the 3 elements above has aulunbbell-Shaped চ पानमदण् electron?! energy valen ce 3 g atomi c vadium order N, As, Bi 3 la Rank decreasin 6 Rank Increasi ng Ga, Br hr electron aff;nity Senten ces जि
Hydra atom initially sn its around state (nei), absods a photon and ends up an etcited state where n= 3. %3D a lwhat is the cuave of the phontons length and the Frequen Cy in nanometers photon and therefore return s y of the proton b) Now the eletron oponstaneasly emits a to a lower energy state (nzz): What is the frequen cy Emitted this process? during What is the atiotte coresponding wavelength of thisproton? c) What are the corresponding energies of the photons described in a)+6)