tra/courses/ 94728 1/c/outlineSSMENTS MAtlab Activity 5Script eA SaveC ResetE MATLAB Documentation1% Encode the Matrix A and the column vector b.2 A=3 b-4 % Solve for Determinant of A. Set as dA.5 dA =6 % Find the Inverse of A. set as 1A.7 LA-8 * Find the Eigenvalues of A. Set as eA.9 eA=18 % Form the Reduced Row Echelon of A. Set as rA.11 rA-12 XFind the number of rows and number of columns of Ab. set as rowA and colA.1314 % Find the sum of the columns of A. Set as SumA.1516 Xin each of the columns of A, find the highest values and its indices.Set as highA and locA.1718 KAugmentA with b; Set as Ab.1920 Determine the Rank of Ab. Set as RankA.2122 % Find b\A. Set as Root1.2324 XForm the Reduced Row Echelon Form of Ab. Set as refAb.2526 KExtract the last column of refAb.Set as Root2.2728 XCreate a matrix A whose elements are the same as matrix A, but the first column is the column vector b. Set as Ax.2938 XCreate a matrix A whose elements are the same as matrix A, but the second column is the column vector b. Set as Ay.3132 Create a matrix A whose elements are the same as matrix A, but the third column is the column vector b. Set as Az.3334 KCreate a matrix A whose elements are the same as matrix A, but the fourth column is the column vector b. Set as Aw.urses/_94728_1/c/outlineITSMAtlab Activity 58 % Find the Elgenvalues of A. Set as eA.9 eA=18 % Form the Reduced Row Echelon of A. Set as rA.11 rA-12 %Find the number of rows and number of columns of Ab. set as rowA and colA1314 % Find the sum of the columns of A. Set as SumA.1516 XIn each of the columns of A, find the highest values and its indices.Set as higha and locA.1718 XAugmentA with b; Set as Ab.1920 XDetermine the Rank of Ab. Set as RankA.2122 % Find b\A. Set as Root1.2324 Form the Reduced Row Echelon Form of Ab. Set as refAb.2526 XExtract the last column of refAb. Set as Root2.2728 XCreate a matrix A whose elements are the same as matrix A, but the first column is the column vector b. Set as Ax.2930 XCreate a matrix A whose elements are the same as matrix A, but the second column is the column vector b. Set as Ay.3132 XCreate a matrix A whose elements are the same as matrix A, but the third column is the column vector b. Set as Az.33334 Xcreate a matrix A whose elements are the same as matrix A, but the fourth column is the column vector b. Set as Aw.3536 XFind x using Cramer's Rule.3738 XFind y using Cramer's Rule.394e XFind z using Cramer s Rule.4142 XFind w using Cramer's Rule.4344 %Combine x,y,z and w as column vector Root3.45Run Script CS10-8L_B21_3Q2122ASSESSMENTSMAtlab Activity 5My Solutions Solving Equations Using MatrixPerform the following Matrix Operations for the predefined matrices.Given the System of equations:2x + 4y – 5z+ 3w = -333x + 5y – 2z + 6w = -37x- 2y + 4z - 2w = 253x+5y – 3z+ 3w = -28Write the systems as Ax = b, where A is the coefficient matrix and b is the vector for the constants.1. Encode the Matrix A and the column vector b2. Solve for Determinant ofA.3. Find the Inverse of A.4. Find the Eigenvalues of A.5. Form the Reduced Row Echelon of A.6. Find the number of rows and number of columns of Ab.7. Find the sum of the columns of A.8. In each of the columns of A, find the highest values and its indices.9. Augment A with b;10. Determine the Rank of Ab11. Find bVA12. Form the Reduced Row Echelon of Ab.13. Extract the Last Column of the Reduced Row Echelon Form of Ab.14. Create a matrix A whose elements are the same as matrix A, but the first column is the column vector b.15. Create a matrix A whose elements are the same as matrix A, but the second column is the column vector b.16. Create a matrix A whose elements are the same as matrix A, but the third column is the column vector b.O R 冈 B

Question

tra/courses/ 94728 1/c/outlineSSMENTS MAtlab Activity 5Script eA SaveC ResetE MATLAB Documentation1% Encode the Matrix A and the column vector b.2 A=3 b-4 % Solve for Determinant of A. Set as dA.5 dA =6 % Find the Inverse of A. set as 1A.7 LA-8 * Find the Eigenvalues of A. Set as eA.9 eA=18 % Form the Reduced Row Echelon of A. Set as rA.11 rA-12 XFind the number of rows and number of columns of Ab. set as rowA and colA.1314 % Find the sum of the columns of A. Set as SumA.1516 Xin each of the columns of A, find the highest values and its indices.Set as highA and locA.1718 KAugmentA with b; Set as Ab.1920 Determine the Rank of Ab. Set as RankA.2122 % Find b\A. Set as Root1.2324 XForm the Reduced Row Echelon Form of Ab. Set as refAb.2526 KExtract the last column of refAb.Set as Root2.2728 XCreate a matrix A whose elements are the same as matrix A, but the first column is the column vector b. Set as Ax.2938 XCreate a matrix A whose elements are the same as matrix A, but the second column is the column vector b. Set as Ay.3132 Create a matrix A whose elements are the same as matrix A, but the third column is the column vector b. Set as Az.3334 KCreate a matrix A whose elements are the same as matrix A, but the fourth column is the column vector b. Set as Aw.urses/_94728_1/c/outlineITSMAtlab Activity 58 % Find the Elgenvalues of A. Set as eA.9 eA=18 % Form the Reduced Row Echelon of A. Set as rA.11 rA-12 %Find the number of rows and number of columns of Ab. set as rowA and colA1314 % Find the sum of the columns of A. Set as SumA.1516 XIn each of the columns of A, find the highest values and its indices.Set as higha and locA.1718 XAugmentA with b; Set as Ab.1920 XDetermine the Rank of Ab. Set as RankA.2122 % Find b\A. Set as Root1.2324 Form the Reduced Row Echelon Form of Ab. Set as refAb.2526 XExtract the last column of refAb. Set as Root2.2728 XCreate a matrix A whose elements are the same as matrix A, but the first column is the column vector b. Set as Ax.2930 XCreate a matrix A whose elements are the same as matrix A, but the second column is the column vector b. Set as Ay.3132 XCreate a matrix A whose elements are the same as matrix A, but the third column is the column vector b. Set as Az.33334 Xcreate a matrix A whose elements are the same as matrix A, but the fourth column is the column vector b. Set as Aw.3536 XFind x using Cramer's Rule.3738 XFind y using Cramer's Rule.394e XFind z using Cramer s Rule.4142 XFind w using Cramer's Rule.4344 %Combine x,y,z and w as column vector Root3.45>Run Script CS10-8L_B21_3Q2122ASSESSMENTSMAtlab Activity 5My Solutions >Solving Equations Using MatrixPerform the following Matrix Operations for the predefined matrices.Given the System of equations:2x + 4y – 5z+ 3w = -333x + 5y – 2z + 6w = -37x- 2y + 4z - 2w = 253x+5y – 3z+ 3w = -28Write the systems as Ax = b, where A is the coefficient matrix and b is the vector for the constants.1. Encode the Matrix A and the column vector b2. Solve for Determinant ofA.3. Find the Inverse of A.4. Find the Eigenvalues of A.5. Form the Reduced Row Echelon of A.6. Find the number of rows and number of columns of Ab.7. Find the sum of the columns of A.8. In each of the columns of A, find the highest values and its indices.9. Augment A with b;10. Determine the Rank of Ab11. Find bVA12. Form the Reduced Row Echelon of Ab.13. Extract the Last Column of the Reduced Row Echelon Form of Ab.14. Create a matrix A whose elements are the same as matrix A, but the first column is the column vector b.15. Create a matrix A whose elements are the same as matrix A, but the second column is the column vector b.16. Create a matrix A whose elements are the same as matrix A, but the third column is the column vector b.O R 冈 B

Accepted Answer

B = [-33 -37 25 -28]'% Solve for Determinant of A. Set as dA.dA = det(A)% Find the Inverse of A. set…