Example 6: Check whether or not the map 0:S, GL, (R): 0(0)=P(G), where the i-th row of P(G) is the o(i)-th row of the identity matrix, is a representation of S. Solution: To help you understand 0, consider an example when n = 3. (010 001 8((1 2)) = 100, ((3 2 1))= 1 0 0 and (1,2)(3, 2, 1) = (2,3). 0 0 1 0 1 0) 100 So 0((2,3))= 0 0 1 0 0 = P(0,0₂) = →>> (0 1 0 (00 100 00 : 0,0₂(0 0... 1) In general, you can see that is well-defined, and [0,0₂(1 0...0) 0,0₂(01...0) 100 =0(12) 0(3 21). 0 1.0)
Example 6: Check whether or not the map 0:S, GL, (R): 0(0)=P(G), where the i-th row of P(G) is the o(i)-th row of the identity matrix, is a representation of S. Solution: To help you understand 0, consider an example when n = 3. (010 001 8((1 2)) = 100, ((3 2 1))= 1 0 0 and (1,2)(3, 2, 1) = (2,3). 0 0 1 0 1 0) 100 So 0((2,3))= 0 0 1 0 0 = P(0,0₂) = →>> (0 1 0 (00 100 00 : 0,0₂(0 0... 1) In general, you can see that is well-defined, and [0,0₂(1 0...0) 0,0₂(01...0) 100 =0(12) 0(3 21). 0 1.0)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
Request explain this example. The mechanism of how LHS gets converted to rows in RHS matrix is not clear

Transcribed Image Text:Example 6: Check whether or not the map 0:S →GL, (R): 0(0)=P(G),
where the i-th row of P(G) is the o(i)-th row of the identity matrix, is a
representation of S.
Solution: To help you understand 0, consider an example when n = 3.
010
001
e((1 2)) = 1 0 0, 0((3 2 1)) = 1 0 0 and (1,2)(3,2,1) = (2,3).
001)
010
1
So 0((2,3))= 0 0 1
010
100) (0 1
P(0,0₂) =
n
0/0 0 1
1 0 0 1 0 0 =0(12) 0(321) .
001 0 1.0
In general, you can see that is well-defined, and
[0,0₂(1 0...0)
0,0₂ (01...0)
:
0,0₂(0 0... 1)
= P(o,) P(0₂).
representation of S.
Expert Solution
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Follow-up Questions
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Follow-up Question
Not clear . Matrix multiplication part is clear. But initially how does Theta(3 2 1) get converted to the RHS matrix? If in theta (12) we assume third row remains unchanged and row one and two of identity matrix get exchanged, then this logic does not hold goof for Theta (3 2 1). here 001 should appear in second row, 010 in first row and 100 to third.
Request explain the logic of transforming LHS to matrix in RHS
Solution
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