1. To conveniently apply Gaussian elimination to systems of equations, we need to convert a list of equations into an augmented matrix. NEED HELP IN WOLFRAM MATHEMATICA 11.3

asagrment equatnrb-Wotrsm Mathremt c 113 Shudentm-Per Use Cnly Fil: Eit Inet Fot Cel Gapics Evauation Palettes Windo Help WOLFRAM MATHEMATICA STUDENT EDITMION Augmented Matrix Design the function AugmentedMatrix[s] Input: s is a list of an arbitrary number of linear equations in any number of variables Output: the augmented matrix of s Hints u- 15 8w 3x +5 y-7z Int Variables [1] ut(w, x, y, z) nt']= Coefficient [1, w] Determining the constant term asagrment equatnrb-Wotrsm Mathremt c 113 Shudentm-Per Use Cnly Fil: Eit Inet Fot Cel Gapics Evauation Palettes Windo Help WOLFRAM MATHEMATICA STUDENT EDITMION Augmented Matrix Design the function AugmentedMatrix[s] Input: s is a list of an arbitrary number of linear equations in any number of variables Output: the augmented matrix of s Hints u- 15 8w 3x +5 y-7z Int Variables [1] ut(w, x, y, z) nt']= Coefficient [1, w] Determining the constant term