show 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 NE = 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) 1. Estimate the mass factors, km, for all forward gear ratios of the vehicle using the following plot. Round mass factors to 3 significant digits. 3 la EL Rotational inertia coefficient km 5 10 15 m 0.3 ilr X -0.3N, N, 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 NE = 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) 1. Estimate the mass factors, km, for all forward gear ratios of the vehicle using the following plot. Round mass factors to 3 significant digits. 3 la EL Rotational inertia coefficient km 5 10 15 m 0.3 ilr X -0.3N, N