please use Mathlab

clear \% Initialize the random number generator by typing the command, where \% \#\#\#\#\#\#\#\# must be your 8-digit UF ID number rng(\#\#\#\#\#\#\#\#, 'twister') Exercise 1 -- linear dependence 1(a) \% part (a1) A1= randi ([5,5],2,4) dependence (A1); % repeat the process for A2 and A3 \% part (a2) B1= randi ([5,5],4,2) dependence (B1); % repeat the process for B2 and B3 1(b) Observe the result from (a1). For 2x4 matrices, 1(c) Observe the result from (a2). For 42 matrices, Exercise 2 -- onto/one-to-one linear transformations 2(a) (see the file transformation.m) 2(b) \% For T:R4R2 disp('For linear transformation T(x)=Ax, where A= ) A1 transformation( A1) \% repeat the process for A2 and A3 % % For T:R2R4 disp('For linear transformation T(x)=Ax, where A= ) B1 transformation( B1) % repeat the process for B2 and B3 % % For T:R4>R4 disp('For linear transformation T(x)=Ax, where A=) C1=randi( [5,5],4,4) 1 transformation(C1) \% repeat the process for C2 and C3 2(c) Observe the result from part(b), and write your report here ... - When m>n : - When m