Franck hertz experiment data analysis

Hi, I would like you to do the calculation for Franck Hertz experiment. I have attached all you need to finish the calculation and answer the questions in each part. you will see the steps in the file called "Franck Hertz handout" . Moreover, use excel sheets are in the file called attachments for each Mercury and Neon. I want you to organize it based on the file called "Data analysis Report". Moreover, I want you to write me a summary a short paragraph and answer the questions called pre-labs exercises under the short paragraph. So,

There are two major things I want you to finish:

1- do the calculation and analysis based on what the handout file, and Data analysis Report are asking you for. you have to write them on world document what Data analysis Reportare asking you for.

2- write me in a different file a short paragraph about this experiment, and do the pre-lab exercises.PHYS341: Data Analysis Report (Even Numbered Experiments) 1. Objective (5) 2. Equipment & Procedure (10) (Brief and succinct; must contain important info needed for someone else to conduct this experiment). 3. Data Presentation (25) (Emphasis on organization, Quality of Graphs, Tables etc.) 4. Data Analysis & Results (40) 5. Error Analysis (10) 6. Conclusions (10) Franck – Hertz Experiment – Electron Spectroscopy Objectives  To verify the quantization of atomic electron energy states of mercury and neon atoms by observing the maxima and minima of an electron current passing through the gas.  To understand how ordinary and metastable atomic electron energy states affect the transmission of electrons.  To understand how temperature affects the number density of atoms in gases, the mean free path of a transmission electron, and the kinetic energy of a transmission electron.  To gain a familiarity with GPIB interfacing.  To gain more expertise in LabView programming Background Reading 1. Melissinos, Experiments in Modern Physics, (Academic Press, Second Edition), The Franck Hertz Experiment. 2. Serway, Moses, Moyer, Modern Physics, (Saunders Publishing Co.., 1997), Direct Confirmation of Atomic Energy Levels, pp. 132. 3. Preston, Dietz, The Art of Experimental Physics, John Wiley and Sons, 1991, pp. 197. Introduction The Franck – Hertz experiment, first performed in 1914, verified that the atomic electron energy states are quantized, by observing maxima and minima in transmission of electrons (i.e. electrical current) through a vapor. The variation in the electrical current is caused by inelastic scattering that excites the atomic electrons in the vapor atoms. James Franck and Gustav Hertz performed this very same experiment 12 years before the development of quantum mechanics, and it provided striking evidence that atomic energy states are quantized.