just parts A and D please

Problem 5: The rate at which a substance passes through a semipermeable membrane is determined by the diffusivity D (cm2/s) of the gas. D varies with the membrane temperature T(K) according to the Arrhenius equation: D=DOexp(-E/RT) Where Do = the preexponential factor, E = the activation energy for diffusion R= 1.987 cal/mol*K) Diffusivities of SO2 in a fluorosilicone rubber tube are measured at several temperatures, with the following results: T (K) D (cm/s)*10^ 346.11.38 375.42.53 396.8 4.56 423.68.55 446.714.05 471.320.00 a). Linearize the equation so that you have an equation in the form of y = mx + b where your m and b contain the unknown variables E and Do respectively b). Insert the given temperature and diffusivity data into a well- labeled spreadsheet c). Create a scatter plot of the temperature and diffusivity data and fit a linear trendline to the data. Display the R value. How well does the linear trendline fit the data? d). Calculate the values for Do and E