matrices and matrix reduced echelon form and finding solution escTwo augmented matrices for two linear systems in the variables x, y, and z are given below.The augmented matrices are in reduced row-echelon form.For each system, choose the best description of its solution.If applicable, give the solution.(a)(b)!100ContinueF1001-4000 -41 -5 00 0 113000 0-72F23# 33The system has no solution.The system has a unique solution.(x, y, z) = DO The system has infinitely many solutions.(x, y, z)=(x, D80F3(x, y, z) =(x, y, z) =z)The system has no solution.The system has a unique solution.(x, y, z)=Dy. DThe system has infinitely many solutions.(x, y, z)=(x, D(x, y, z)= y,$4QF4%5F5MacBook Air^6CF6&7F7OOⒸ2023 McGraw* 08

Consider the augumented matrices

Two augmented matrices for two linear systems in the variables x, y, and z are given below. The augmented matrices are in reduced row-echelon form. For each system, choose the best description of its solution. If applicable, give the solution. (a) (b) [100-7 001-4 000-4 -5 0 0 000 1 O 3 13 ● O The system has no solution. The system has a unique solution. (x. y.) - D O The system has infinitely many solutions. (x, y, z)=(x, D (x, y, z)= y.D (x, y, z)=z) The system has no solution. The system has a unique solution. (x, y, z)=D The system has infinitely many solutions. (x, y, z)=(x, (x, y, z)=y, 010 X