-1 1 0-0 Consider the matrix A = 0. -1 2 and vectors x = 1 and y = 1 1/ 2. Let vector v be defined as v = (A- A')y. Evaluate the scalar product x v. [Please enter your answer numerically in decimal format. You will be marked correct as long as what you enter is within 0.25 of the correct answer. So for example, if the correct answer is 6.78 then any input that lies between between 6.53 and 7.03 will be marked as correct.] Answer:

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.7: The Inverse Of A Matrix
Problem 29E
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Question
-1
Consider the matrix A
-1
21 and vectors x=
1 and y = 1
-1
.
1/
Let vector v be defined as v = (A – A' )y. Evaluate the scalar product x v.
[Please enter your answer numerically in decimal format. You will be marked correct as long as what you enter is within 0.25 of the
correct answer. So for example, if the correct answer is 6.78 then any input that lies between between 6.53 and 7.03 will be marked as
correct.]
Answer:
Transcribed Image Text:-1 Consider the matrix A -1 21 and vectors x= 1 and y = 1 -1 . 1/ Let vector v be defined as v = (A – A' )y. Evaluate the scalar product x v. [Please enter your answer numerically in decimal format. You will be marked correct as long as what you enter is within 0.25 of the correct answer. So for example, if the correct answer is 6.78 then any input that lies between between 6.53 and 7.03 will be marked as correct.] Answer:
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