(a) If G is a group, then the center of G is a normal subgroup of G...

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(a) If G is a group, then the center of G is a normal subgroup of G (see Exercise 2.11);
(b) the center of Sn is the identity subgroup for all n > 2.

Exercise 2.11

If His a cyclic subgroup of a group G and His normal in G, then every subgroup of His normal in G

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