Could somebody help this programming with MATLAB? T^T

The Beattie-Bridgeman equation of state is expressed as V = RT+ B_0 - A_0 - RC/T^2 gamma = - RTB_0b + aA_0 -RB_0C/T^2 delta = RB_0bc/T^2 where, R = gas constant, 0.08206(atm L/K gmol) T = temperature (K) P = pressure (atm) V = volume (L) Values for the constants are A_0=16.6037, B_0=0.2354, a=0.11171, b=0.07697, C=3 times 10^6. When T=350K and pressure=1atm, find V value using Bisection and Newton's methods. (Solution: V ~ 0.38923) (You can define the tolerance by yourself.) The Beattie-Bridgeman equation of state is expressed as V = RT+ B_0 - A_0 - RC/T^2 gamma = - RTB_0b + aA_0 -RB_0C/T^2 delta = RB_0bc/T^2 where, R = gas constant, 0.08206(atm L/K gmol) T = temperature (K) P = pressure (atm) V = volume (L) Values for the constants are A_0=16.6037, B_0=0.2354, a=0.11171, b=0.07697, C=3 times 10^6. When T=350K and pressure=1atm, find V value using Bisection and Newton's methods. (Solution: V ~ 0.38923) (You can define the tolerance by yourself.)