For the following problems, you will need the definition below. Definition: If N is a normal subgroup of a group G, then the cosets of N in G form a group G/N under the operation (aN) (bN) = abN. This group is called the factor or quotient group of G and N. (a) Show that H = {e, (1 2)} S3 but N = {e, (1 2 3), (3 2 1)} < S3 (b) Find S3/N and show that it is a group with the operation as defined above. (c) What group, of which we have seen many times now, is S3/N isomorphic to? (d) Consider the quotient group (Z4 × Z6) / ((0, 1)).

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Chapter2: Second-order Linear Odes
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For the following problems, you will need the definition below.
Definition: If N is a normal subgroup of a group G, then the cosets of N in G form a group
G/N under the operation (aN) (bN) = abN. This group is called the factor or quotient group
of G and N.
(a) Show that H = {e, (1 2)} S3 but N = {e, (1 2 3), (3 2 1)} ◄ S3
(b) Find S3/N and show that it is a group with the operation as defined above.
(c) What group, of which we have seen many times now, is S3/N isomorphic to?
(d) Consider the quotient group (Z4 × Z6)/((0,1)).
Transcribed Image Text:For the following problems, you will need the definition below. Definition: If N is a normal subgroup of a group G, then the cosets of N in G form a group G/N under the operation (aN) (bN) = abN. This group is called the factor or quotient group of G and N. (a) Show that H = {e, (1 2)} S3 but N = {e, (1 2 3), (3 2 1)} ◄ S3 (b) Find S3/N and show that it is a group with the operation as defined above. (c) What group, of which we have seen many times now, is S3/N isomorphic to? (d) Consider the quotient group (Z4 × Z6)/((0,1)).
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