En matlab code please

6.15 The Redlich-Kwong equation of state is given by RT where R gas constant for methane (0.518 kJZREK) T -absolute temperature, P- absolute pressure, kPa v-specific volume, m' The parameters a and b are calculated by a = 0.427-t- and b 27,2, 0.0866R L where P-4600pe T-191 K As a chemical enginest you are asked to determine the amount of methane fuel that can be held in a 3m tank at a temperature of 40 with a pressure of 6S,000 kPa Determine the value of v, and then determine the mass of methane contained in the tank (Note that you need to change T to an absolute temperature) ) Solve this completely using the symbolic algebra capability in MATLAB b) Solve using a numerical method of your choice. The root is between 0,0025 and 0.004 m3h Assign a convergence factor in your calculations, , such that the answer will have at least 3 significant figures