A cycle (i iz is ... in) is called an n-cycle. If n 2 then the n-cycle is called transposition. Note that an n-cycle (i iz is ... in) can always be expressed as product of transpositions as follows (i, iz is ... in) = (i1 in)(in in-1)(n in-2) (i, i3)(i, i2). Write cach of the following as a product of transpositions. (a) (1 32 4) e S4. (b) (1 4 3)(2 5 6 7) e S7. (c) (143 6)(2 95 7 8) e Sy.
A cycle (i iz is ... in) is called an n-cycle. If n 2 then the n-cycle is called transposition. Note that an n-cycle (i iz is ... in) can always be expressed as product of transpositions as follows (i, iz is ... in) = (i1 in)(in in-1)(n in-2) (i, i3)(i, i2). Write cach of the following as a product of transpositions. (a) (1 32 4) e S4. (b) (1 4 3)(2 5 6 7) e S7. (c) (143 6)(2 95 7 8) e Sy.
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter2: Systems Of Linear Equations
Section2.4: Applications
Problem 33EQ
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![A cycle (i iz iz .. in) is called an n-cycle. If n = 2 then the n-cycle is called a
transposition. Note that an n-cycle (i iz iz ... in) can always be expressed as a
product of transpositions as follows
(i iz iz ... in) = (i1 in)(i1 in-1)(i1 in-2) ·*· (i1 i3)(i, iz).
Write each of the following as a product of transpositions.
(a) (1 32 4) E S4.
(b) (1 4 3)(25 6 7) e S7.
(c) (14 3 6)(2 9 5 7 8) E Sg.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa6ec8d8c-852f-4b9e-ad7a-66a2ac9fd1f9%2F3a59bbe4-7339-4736-af78-0eda322ee147%2Frw4l5wp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A cycle (i iz iz .. in) is called an n-cycle. If n = 2 then the n-cycle is called a
transposition. Note that an n-cycle (i iz iz ... in) can always be expressed as a
product of transpositions as follows
(i iz iz ... in) = (i1 in)(i1 in-1)(i1 in-2) ·*· (i1 i3)(i, iz).
Write each of the following as a product of transpositions.
(a) (1 32 4) E S4.
(b) (1 4 3)(25 6 7) e S7.
(c) (14 3 6)(2 9 5 7 8) E Sg.
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