I have absolutely no clue how to go about working through the problem below. Please help me out with every step in this document below. So far, I'm considering either looking into mass spectrometry or another ionic system of mass comparison, but this task is VERY different from what I'm used to working within this course. There are no other attachments provided besides the write-up below. Please help. Thank you :D

Measuring the mass of a charged particle Objective Design a device that can determine distinguish between He3, He', He", He', He', and Hes nuclei using a combination of electric and magnetic field. Determine the margin of error for the mass you measure. Constaints The spacial resolution for your measurement (for any distance that you measure) is 100nm. Addition- ally the machining precision for your device is 2um, meaning that any dimension of your device will be 12um. Analysis Using the same device will you be able to distinguish between protons and positions?(p+ & et). What about electron and their heavier counterpart muon?(e- & -) Nuclei of hydrogen isotopes? (hydrogen, deuterium, tritium...)Explain your reasoning. What to submit . Simple diagram that of your device. . Masses you used in your calculations . Technical note for your device - dimension of the device and its major component - description of the electric and magnetic field (uniform? variable? effective region? strength? direction?) - resolution of your mass measurement using the mass of He nuclei as your baseline (show calculations How is your device able to distinguish between the nuclei of the range of He isotopes? (show calculations) . Answer the questions presented in the Analysis section. (show calculations) - pt & et -e & / - hydrogen isotopes Useful links Masses for nuclei: https://people.physics.anu.edu.au/ ecs103/chart/ Masses of leptons(e, a* ) and baryons(p ): https://pdg.Ibl.gov/2023/listings/contents_listings.html