Q1/A=[-101 2; 0 2 1 3; 1 4 0 0; 2 22 2] 1- Create a sub-matrix with last two column of A. 4- A(end:-1:2,end). 7- C=[A([1 2],[1 2 3]) zeros(2,3); ones(2,3) eye (2,3)]. of a matrix B to a power 2. B=[2 01 2; 0 4 1 1; 2 22 2; 2 10-1] 2- Delete the third row of A. 6- A(2,end-1:end),- 3-Interchange column 2 and 4 of A. 5- Replace the end column in A. 8- D= multiply two matrices B and C. 11-call the seventh element in matrix D. 9- To raises the elements 10- Size of matrix D.

Q1/A=[-101 2; 0 2 1 3; 1 4 0 0; 2 22 2] 1- Create a sub-matrix with last two column of A. 4- A(end:-1:2,end). 7- C=[A([1 2],[1 2 3]) zeros(2,3); ones(2,3) eye (2,3)]. of a matrix B to a power 2. B=[2 01 2; 0 4 1 1; 2 22 2; 2 10-1] 2- Delete the third row of A. 6- A(2,end-1:end),- 3-Interchange column 2 and 4 of A. 5- Replace the end column in A. 8- D= multiply two matrices B and C. 11-call the seventh element in matrix D. 9- To raises the elements 10- Size of matrix D.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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