Question: 10 Activity for $2. 1. Use the elimination method to reduce each system to an upper triangular one. For each step of the algorithm, write
10 Activity for $2. 1. Use the elimination method to reduce each system to an upper triangular one. For each step of the algorithm, write the notation for the step you are performing (e.g., R2 +3R1 + R2). Then, use back-solving to find a unique solution, or to show the system has infinitely many solutions or no solutions. 2x - 3y = 5 (a) -4x+6y=8 { 3x - 4y + z = -7 (b) 6x -8y - z= -16 x + 2y + 2z = 6
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