Using the algorithm$/$code snippets for Gauss$-$Jordan with partial pivoting developed in class, code a function myGaus s Jordan

that takes as input a matrix A and collection of $q$ right$-$hand sides vec$(b{)}_l$ forming the $q$ columns of a matrix $B.$ Your func$-$

tion shall return the $q$ solution vectors vec$(x{)}_l$ as columns of a matrix $x.$ Do not use any Matlab build$-$in functions for

solving matrices. The only functions$/$structures you may use are the ones covered in the class slides.