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- Exercises 31. Let be a group with its center: . Prove that if is the only element of order in , then .Let G be an abelian group of order 2n, where n is odd. Use Lagranges Theorem to prove that G contains exactly one element of order 2.13. Assume that are subgroups of the abelian group . Prove that if and only if is generated by
- 5. For any subgroup of the group , let denote the product as defined in Definition 4.10. Prove that corollary 4.19:11. Assume that are subgroups of the abelian group such that the sum is direct. If is a subgroup of for prove that is a direct sum.Exercises 30. For an arbitrary positive integer, prove that any two cyclic groups of order are isomorphic.