In the following questions you need to import functions from Numpy. For example the computation of matrix determinants can be done with the help of the function det of the library numpy.linalg.Please list the commands required for the function to work The first photo is 3a. The other photo has the remaining questions. 3.(a)Create two matrices A and B:244- (1²). B-(²₁ 31²)A=4-Compute the matrices C₁=A + B and C2 = A - B. (b)(c)(d)(e)Compute the matrix products D₁ = A · B and D2 = B · A.Using element by element operations, compute the matrix F whose elements are1/3obtained as follows: Fij = Bij + AijB¹/³.Are A and B singular? If no, compute their inverse.Compute the eigenvalues of B. Comment in light of your previous answer.

Python: Python is a general purpose programming language. It was developed by Guido Van Rossum in…

Answered: 3. (a) Create two matrices A and B: A =…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

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In the following questions you need to import functions from Numpy. For example the computation of matrix determinants can be done with the help of the function det of the library numpy.linalg.

Please list the commands required for the function to work

The first photo is 3a. The other photo has the remaining questions.

3.
(a)
Create two matrices A and B:
2
4
4- (1²). B-(²₁ 31²)
A
=
4
-
Compute the matrices C₁
=
A + B and C2 = A - B.

(b)
(c)
(d)
(e)
Compute the matrix products D₁ = A · B and D2 = B · A.
Using element by element operations, compute the matrix F whose elements are
1/3
obtained as follows: Fij = Bij + AijB¹/³.
Are A and B singular? If no, compute their inverse.
Compute the eigenvalues of B. Comment in light of your previous answer.

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