import numpy as np 01 A 15 ^ v class Matrix: def _init__(self,matrix): self._matrix = matrix def type I elementary_row_operator(self, i, j): temp = self._matrix[i].copy() self._matrix[i] =...



write row_echelon_form method using elementary operator



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import numpy as np<br>01 A 15 ^ v<br>class Matrix:<br>def _init__(self,matrix):<br>self._matrix = matrix<br>def type I elementary_row_operator(self, i, j):<br>temp = self._matrix[i].copy()<br>self._matrix[i] = self._matrix[j]<br>%3D<br>self._matrix[j] = temp<br>def type II elementary_row_operator(self number, row):<br>self._matrix[row]<br>def type IIIelementary_row_operator(self, number, row1, row2):<br>= self._matrix[row] * number<br>temp<br>self._matrix[row1].copy() * number<br>%3D<br>self._matrix[row2]<br>temp<br>

Extracted text: import numpy as np 01 A 15 ^ v class Matrix: def _init__(self,matrix): self._matrix = matrix def type I elementary_row_operator(self, i, j): temp = self._matrix[i].copy() self._matrix[i] = self._matrix[j] %3D self._matrix[j] = temp def type II elementary_row_operator(self number, row): self._matrix[row] def type IIIelementary_row_operator(self, number, row1, row2): = self._matrix[row] * number temp self._matrix[row1].copy() * number %3D self._matrix[row2] temp

Jun 09, 2022
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