Enter number of equations with number of variables = the number of equations. Outputs in rectangular and polar form. Example Solve the system:
\( \begin{array}{lclcl}
(15 + 10 i)\; x_1 + (4.8 - 7 i) \; x_2 + 3 \; x_3 & = & 5+8i \\
-3 \; x_1 - (4 i) x_2 - (2 + 2 i) x_3 & = & -i \\
(3 - 7 i) \; x_1 + (- 9 i) x_2 - (2 - 8i) x_3 & = & 2
\end{array} \).
Enter Number of Equations: \( m = \) Number of Decimals:
Enter coefficients and constants as complex number of the form "( real part , imaginary part )" as shown below.Change values of coefficients in above matrix(if needed) and click