show the matlab code please!

For problems 1 and 2, use the following vehicle specifications for 2014 Acura MDX. Nt = [3.359 2.095 1.485 1.065 0.754 0.556]; & Transmission gear ratios Nf = 4.250; % Final gear ratio in differential r = 376; % Tire radius (mm) Engine_RPM = 4500; $ Engine RPM for maximum torque Max Torque = 267; % Engine maximum torque (Nm) Curb_Weight = 4270; % Vehicle curb weight (lb) eng_disp_liter = 3.5; $ Engine displacement (liter) 2. Assuming that the engine is producing its maximum torque, calculate acceleration of the vehicle in each transmission gear. Calculate the acceleration in g. Assume that road load is zero and there is no loss in the transmission and differential gears. For problems 1 and 2, use the following vehicle specifications for 2014 Acura MDX. Nt = [3.359 2.095 1.485 1.065 0.754 0.556]; & Transmission gear ratios Nf = 4.250; % Final gear ratio in differential r = 376; % Tire radius (mm) Engine_RPM = 4500; $ Engine RPM for maximum torque Max Torque = 267; % Engine maximum torque (Nm) Curb_Weight = 4270; % Vehicle curb weight (lb) eng_disp_liter = 3.5; $ Engine displacement (liter) 2. Assuming that the engine is producing its maximum torque, calculate acceleration of the vehicle in each transmission gear. Calculate the acceleration in g. Assume that road load is zero and there is no loss in the transmission and differential gears