(3) Let p be a prime number. Let G be the set of matrices of the form (7) 01 (x, y, z = Z/Zp). 0 1 Show that G is a group of order p³ which is not commutative. (b) Determine the class equation in the case p = 3. =

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Chapter2: Second-order Linear Odes
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Abstract Algebra

(3) Let
be a prime number. Let G be the set of matrices of the form
1 x y
(6:1)
01
(x, y, z = Z/Zp).
0
(a) Show that G is a group of order p³ which is not commutative.
(b) Determine the class equation in the case p = = 3.
Transcribed Image Text:(3) Let be a prime number. Let G be the set of matrices of the form 1 x y (6:1) 01 (x, y, z = Z/Zp). 0 (a) Show that G is a group of order p³ which is not commutative. (b) Determine the class equation in the case p = = 3.
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