can you write the ( Pseudo Code ) + ( the flow chart ) for these 4 codes , please make sure if U R going to write it by your hand so your hand writing is clear

3 4 Editor - D:\EquationB.m EquationB.mx + The code 2 s = logspace (-1,5,500); num=[0 2 0]; %0s^2+2s+0 den=[6 6 100); %65^2+6s+100 5 B=tf(num, den); 6 bode (B); 7 grid on 8 Sthis how to print the function in the title 9- syms s 10 n = sym (num); 11 d = sym (den); 12 ns = poly2sym (n,s); 13 - ds = poly2 sym (d, s); 14 - tfsym = ns/ds; 15 - tftitle = latex (tfsym); 16 - title (sprintf('Bode plot of: $ $ $ $$', tftitle), 'Interpreter', 'latex') - Editor - D:\Equationcm EquationC.m x + 1 The code 2 s = logspace (-1,5,500); num=[0 2 4]; 05^2+2s+4 den=[1 52 100]; %s^2+52s+100 C=tf (num, den); bode (C); grid on 8 this how to print the function in the title 9- syms s 10 - n = sym (num); 11 d = sym (den); 12 - ns = poly2 sym (n, s); 13 - ds = poly2sym (d, s); 14 - tfsym = ns/ds; 15 - tftitle = latex (tfsym); 16 - title (sprintf('Bode plot of: $$ $ $$', tftitle), 'Interpreter', 'latex') am # 00 III Editor - D:\EquationD.m EquationD.m * + 1 The code s = logspace (-1,5,500); num=[0 2 10]; %0s^2+2s+10 den=[4 O 50]; %45^2+05+50 D=tf (num, den); bode (D); 7 grid on 8 Sthis how to print the function in the title 9 syms s 10 - n = sym (num); 11 d = sym (den); 12 ns = poly2 sym(n,s); 13- ds = poly2 sym (d, s); 14 - tfsym = ns/ds; 15 - tftitle = latex(tfsym); 16 - title (sprintf('Bode plot of: $$ $ $$', tftitle), 'Interpreter', 'latex')