Please help me with this thank you;)

g) Predict from your expression what combination of variables will MAXIMIZE the stored energy. Test your hypothesis! Record: | Hose og5/lo) rodand Plate Area Plate Separation Charge Voltage Max Stored Energy 400 -0 mmy 10-0 mm 53- 12 x103 398- 43 x 10 3 J h ) Calculate the E field between the plates in this maximum energy case from E = V x separation. i) Calculate the charge density on the plates (o = q/A) no doils ,unam Will V bound lowno )erdt mort (d j) Calculate the E field between the plates from the expression learned using Gauss' Law - that between two "infinite" sheets of charge, E = 6/80. tommopaid of nonud nestoz-no sdialoil? of manA odell 198 of lounos Wore nomde-no effi get (b => Compare your answers for the E field calculations from (h) and (j) ? Are they close?brooas k) Now explore each of these questions, and then discuss and record your team's answers. Use the sim to test your answers, and record the actual evidence from the simulation that supports those answers. Use Voltage divided by the separation distance to measure the E field. (E = V/d) 1. What relationship-if any-is there between the plate charge and the resulting E field, as dong indicated by the stored energy? snobsvisedo woy bi Tend to ross dots 2. What relationship-if any-is there between the plate area and the resulting E field, as indicated by the stored energy? 3 . What relationship-if any-is there between the separation distance and the resulting E field, as indicated by the stored energy? !) A student suggests that "The strength of the electric field is constant for a given charge density. That is, the plate charge can be varied and the plate area can be varied, but as the electric field value will remain constant as long as the ratio between the two is constant." Cite numerical evidence from the PhET experiment to accept or reject the student's claim. Use the stored energy as a measure of E field strength. by peorlies squarle veoned esob word abrow 1910o