4 A = - 3 26) B = 2 3 -1 C= 7. D = 7 -5 ] Reminder: A matrix + its additive inverse = the additive identity matrix A matrix X its multiplicative inverse = the multiplicative identity matrix %3D a) Find the additive identity matrix of matrix A b) Is B the additive inverse matrix of A? Show that if you add A + B you get the identity matrix from part a) as your answer matrix. (Does A + B=identity matrix of addition?) c) Find the multiplicative identity matrix of C. d) Is D the multiplicative inverse matrix of C? Show that C XD=the identity matrix of multiplication from part c). (Does C XD=identity matrix of multiplication?) %3D

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.4: Similarity And Diagonalization
Problem 41EQ: In general, it is difficult to show that two matrices are similar. However, if two similar matrices...
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Question
4.
A =
3
4
5.
C=
3
D=
-7 -5
26)
B =
7
Reminder: A matrix + its additive inverse = the additive identity matrix
A matrix X its multiplicative inverse = the multiplicative identity matrix
a) Find the additive identity matrix of matrix A
b) Is B the additive inverse matrix of A? Show that if you add A + B you get the identity
matrix from part a) as your answer matrix. (Does A + B=identity matrix of addition?)
c) Find the multiplicative identity matrix of C.
d) Is D the multiplicative inverse matrix of C? Show that CXD=the identity matrix of
multiplication from part c). (Does C XD=identity matrix of multiplication?)
Transcribed Image Text:4. A = 3 4 5. C= 3 D= -7 -5 26) B = 7 Reminder: A matrix + its additive inverse = the additive identity matrix A matrix X its multiplicative inverse = the multiplicative identity matrix a) Find the additive identity matrix of matrix A b) Is B the additive inverse matrix of A? Show that if you add A + B you get the identity matrix from part a) as your answer matrix. (Does A + B=identity matrix of addition?) c) Find the multiplicative identity matrix of C. d) Is D the multiplicative inverse matrix of C? Show that CXD=the identity matrix of multiplication from part c). (Does C XD=identity matrix of multiplication?)
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