Conjugate elements. Let 0,T E Sn. Define d = TOT-1. (o and d are called conjugate elements; see Chapter 6.) (a) Show that if o (i) = j, then 8(T(i)) = T(j). (b) Explain that the previous part says that if you apply T to each of the entries in the cycle notation of o, then you get the cycle notation for 8. In other words, if o has cycle decomposition (a1 a2 akı)(b1 b2 br2) ··· . ... ... 3. The Alternating Groups Then d has cycle decomposition (T(a1) T(a2) .. T(ak,))(T(b1) T(b2) .…. (c) Illustrate the previous part by letting o = (1 6 3)(7 5 2), and quickly writing down the cycle decomposition for TOT. Check your answer by actually finding the product TOT T(bk2)) -... (14 3 8)(2 6 5), т %3 тот-1.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Conjugate elements. Let 0,T E Sn. Define d = TOT. (o and d are
called conjugate elements; see Chapter 6.)
(a) Show that if o (i) = j, then 8(r (i)) = T(j).
(b) Explain that the previous part says that if you apply T to each of the
entries in the cycle notation of o, then you get the cycle notation for
8. In other words, if o has cycle decomposition
(a1 a2
aki
k1)(bị b2
bk2) · ·· .
..
...
3. The Alternating Groups
Then d has cycle decomposition
(7(a1) T(a2) ·…
(c) Illustrate the previous part by letting o =
(1 6 3)(7 5 2), and quickly writing down the cycle decomposition for
TOT. Check your answer by actually finding the product rOT.
T(bk2)) ....
(1 4 3 8)(2 6 5), т —
T(ak,))(t(b1) T(b2)
..
..
Transcribed Image Text:Conjugate elements. Let 0,T E Sn. Define d = TOT. (o and d are called conjugate elements; see Chapter 6.) (a) Show that if o (i) = j, then 8(r (i)) = T(j). (b) Explain that the previous part says that if you apply T to each of the entries in the cycle notation of o, then you get the cycle notation for 8. In other words, if o has cycle decomposition (a1 a2 aki k1)(bị b2 bk2) · ·· . .. ... 3. The Alternating Groups Then d has cycle decomposition (7(a1) T(a2) ·… (c) Illustrate the previous part by letting o = (1 6 3)(7 5 2), and quickly writing down the cycle decomposition for TOT. Check your answer by actually finding the product rOT. T(bk2)) .... (1 4 3 8)(2 6 5), т — T(ak,))(t(b1) T(b2) .. ..
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