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Solving Systems of Linear Equations

Solving Systems of Linear Equations. Enter the Coefficients and Constants from the Equations. In an empty cell, type =minverse( data range ), Enter. Select a range that is the same size as the coefficient matrix. Press F2, then Ctrl+Shift+Enter.

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Solving Systems of Linear Equations

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  1. Solving Systems of Linear Equations

  2. Enter the Coefficients and Constants from the Equations

  3. In an empty cell, type =minverse(data range), Enter

  4. Select a range that is the same size as the coefficient matrix

  5. Press F2, then Ctrl+Shift+Enter

  6. In a blank cell, type =mmult(range1,range2), Enter

  7. Select a range containing the first cell that contains the same number of cells as unknowns

  8. Press F2, Ctrl+Shift+Enter

  9. Benefits of Matrix Method • Coefficients and Constants can be changed and the solutions are immediately calculated • Applies easily to large systems of equations. • Shortfalls: • Cannot be used for non-linear equations

  10. Benefits of Solver Method • Can be used for all non-linear equations • Shortfalls: • Tedious for large systems of equations. • Initial guesses must be given, and solution may not converge if the guesses are not close to the actual solution. • Any change in the problem requires that Solver be rerun again.

  11. Temperature Distribution in a Square Plate 100 oC 50 oC 75 oC 25 oC

  12. j i Solution

  13. 100 oC T11 T12 T13 T21 T22 T23 50 oC 75 oC T31 T33 T32 25 oC

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