Question 7. (a) For integers a, b, q, r, prove that if a = bq + r then (a, b) = (b, r). (b) Determine (1000, 2025) by using the Euclidean algorithm. Then express the answer as a linear combination of 1000 and 2025. Show all your working.

Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter8: Polynomials
Section8.2: Divisibility And Greatest Common Divisor
Problem 31E
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Question 7.
(a) For integers a, b, q, r, prove that if a = bq + r then (a, b) = (b, r).
(b) Determine (1000, 2025) by using the Euclidean algorithm. Then express the answer as a
linear combination of 1000 and 2025. Show all your working.
(c) Suppose that G = (a), a e, and a = e. Construct a Cayley table for the group (G,.).
(d) Determine the right cosets of ((1 2), [1]) € S3 × Z₂.
(e) Find the subgroups of Z24-
Transcribed Image Text:Question 7. (a) For integers a, b, q, r, prove that if a = bq + r then (a, b) = (b, r). (b) Determine (1000, 2025) by using the Euclidean algorithm. Then express the answer as a linear combination of 1000 and 2025. Show all your working. (c) Suppose that G = (a), a e, and a = e. Construct a Cayley table for the group (G,.). (d) Determine the right cosets of ((1 2), [1]) € S3 × Z₂. (e) Find the subgroups of Z24-
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(c) Suppose that G = (a), a #e, and a5 = e. Construct a Cayley table for the group (G,.).
(d) Determine the right cosets of ((1 2), [1]) € S3 x 2₂.
(e) Find the subgroups of Z24.
Transcribed Image Text:(c) Suppose that G = (a), a #e, and a5 = e. Construct a Cayley table for the group (G,.). (d) Determine the right cosets of ((1 2), [1]) € S3 x 2₂. (e) Find the subgroups of Z24.
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