(Answered): Assessment: Submit Matrix A is correct num Rows variable value is correct numCols variable value is ...

Assessment: Submit Matrix A is correct num Rows variable value is correct numCols variable value is correct Identity matrix is correct Matrix D is correct Trouble with lab? MATLAB: Defining Matrices D %In this activity you will learn how to define matrices, use the size() command to find the size %of a matrix, generate an identity matrix, and also compute the transpose of a matrix using %the .'" operator. Matrices in Matlab can be constructed by entering each row of values. %Rows are separated from each other using a semicolon. %For example, consider the 2x4 matrix B defined as: B = [1 2 3 4; 5 6 7 8] %The size() function can be used to compute the number of rows and columns of a matrix. % Compute the number of rows and columns of B by using the size() function and store these values. [numRows Test, numColsTest] = size(B) %The eye() function can be used to create an n by n identity matrix. %Create the 3x3 identity matrix and store it as I. I = eye(3) %The "dot-tic" operator can be used to transpose a matrix. %Take the transpose of the matrix B and store it as the matrix C. C = B.' Script Save C Reset DI MATLAB Documentation IRA AN Script Save C Reset DI MATLAB Documentation 1 %Define the 3x3 matrix A with all l's in the first row, all 2's in the second row, 2 %and all 3's in the 3rd row. 3 4 %Use the size() function to compute the number of rows and columns of matrix A. 5 %Store these quantities as varia MATLAB Editor to write your solution. To change focus out of the editor, press the Escape Key. Then press Tab to move to the 7 %Use the eye() function to creat next field, Shift-Tab to move to the previous tore this matrix as I. field, or Enter to return to the MATLAB Editor. 9 % Compute the transpose of the matrix A. Store this transposed matrix as the matrix D. 6 8 Run Script Assessment: Submit Matrix A is correct num Rows variable value is correct numCols variable value is correct IRA AN