Using Matlab, write circiut equation using Kirchoff's law..... I tried for more than 5 hours, please help

18 2 24 V il 102 C4 142 i7 62 i6 87 V i8 152 i4 112 4 76 V i5 12 2 i4. 162 (9) Figure 1: Electric Circuit This project refers to the electric circuit shown in the figure above. You are asked to do the following: 1. rite the circuit equations in matrix form using Kirchhoff's Laws, as explained in class. 2. Once you have the system matrix and the right hand side (RHS) vector, type them in a text file (a file with the .txt extension) using either Wordpad or Notepad. The first line of the file should contain a title that explains what is next in the file: something like 'size of the problem'. The second line of the file should contain the actual size of the square matrix that corresponds to the circuit (an integer that is equal to the number of unknown currents in the circuit). Subsequent lines should contain the title of what is next plus the actual contents of what is next. The circuit matrix should be read in row order. The RHS vector should be read as a column vector. 18 2 24 V il 102 C4 142 i7 62 i6 87 V i8 152 i4 112 4 76 V i5 12 2 i4. 162 (9) Figure 1: Electric Circuit This project refers to the electric circuit shown in the figure above. You are asked to do the following: 1. rite the circuit equations in matrix form using Kirchhoff's Laws, as explained in class. 2. Once you have the system matrix and the right hand side (RHS) vector, type them in a text file (a file with the .txt extension) using either Wordpad or Notepad. The first line of the file should contain a title that explains what is next in the file: something like 'size of the problem'. The second line of the file should contain the actual size of the square matrix that corresponds to the circuit (an integer that is equal to the number of unknown currents in the circuit). Subsequent lines should contain the title of what is next plus the actual contents of what is next. The circuit matrix should be read in row order. The RHS vector should be read as a column vector