EEE 322, Power System I Lab
Experiment 2
Formation And Solution of Matrix Algebra with MATLAB
Student ID: EEE 0X6X5 X4X3X2X1X0
For Example, ID EEE 047 06779 has X1 =7 and X0 =9
Q. 1. Enter the matrices below in MATLAB. They will be used in the next several examples.
Ans. My Student ID: EEE 068 07651; So, X1 =
5 & X0 = 1.
MATLAB
Coding:
Q. 2. Determine the transpose of B and denote it as C.
Ans. Determination of transpose matrix:
MATLAB Coding:
Q. 3. Determine the sum of A and C and denote it as D.
Ans. Determination of sum of A & C matrix:
MATLAB Coding:
Q. 4. Determine the product of A and B with A first.
Ans. Multiplication of A & B matrix:
MATLAB Coding:
Q. 5. Determine the product of B and A with B first.
Ans. Multiplication of B and A matrix:
MATLAB Coding:
Q. 6. Determine the array product of A and C and denote it as E.
Ans. Determination of the array production:
MATLAB Coding:
Q. 7. Determine the determinant of the following matrix and denote it as p.
Ans. Determining the determinant:
MATLAB Coding:
Q. 8. Determine the inverse matrix of P and denote it as Ainv.
Ans. Determining the inverse matrix:
MATLAB Coding:
Q. 9. Use MATLAB to solve the simultaneous equations below.
Ans. Simultaneous equation solving:MATLAB Coding:
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