Created on 2024-06-20Asked by Aiden Baker (Solvelet student)
Perform row operations to solve the system of linear equations: {2x+3y=54x+y=6
Solution
To solve the system of linear equations using row operations: {2x+3y=54x+y=6 1. **Write the augmented matrix:** [243156]. 2. **Perform row operations:** - Subtract 2× (row 1) from (row 2): R2←R2−2R1⟹[203−55−4]. - Divide row 2 by −5: R2←−5R2⟹[2031554]. - Subtract 3× (row 2) from (row 1): R1←R1−3R2⟹[20015754]. - Divide row 1 by 2: R1←2R1⟹[100110754]. 3. **Solution:** x=107,y=54. Therefore, the solution to the system is x=107 and y=54. Solved on Solvelet with Basic AI Model
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DefinitionManipulations of rows of matrices to solve linear systems and find matrix inverses are known as row operations. The operations are row swapping, multiplication of a row by a non-zero scalar; and adding or subtracting multiples of rows. Example: Solving a system via Gaussian elimination involves performing row operations to convert the augmented matrix to row echelon form.