Useful Links
1. Introduction to Algebraic Structures
2. Definition of a Group
3. Fundamental Examples of Groups
4. Order of Elements and Groups
5. Subgroups
6. Cyclic Groups
7. Permutation Groups
8. Cosets and Lagrange's Theorem
9. Normal Subgroups and Quotient Groups
10. Group Homomorphisms
11. The Isomorphism Theorems
12. Group Actions
13. The Sylow Theorems
14. Direct Products and Sums
15. Structure of Finite Abelian Groups
16. Solvable and Nilpotent Groups
17. Composition Series and Jordan-Hölder Theorem
18. Free Groups and Presentations
19. Semidirect Products
20. Introduction to Representation Theory
21. Applications of Group Theory
  1. Mathematics

Group Theory

1. Introduction to Algebraic Structures
2. Definition of a Group
3. Fundamental Examples of Groups
4. Order of Elements and Groups
5. Subgroups
6. Cyclic Groups
7. Permutation Groups
8. Cosets and Lagrange's Theorem
9. Normal Subgroups and Quotient Groups
10. Group Homomorphisms
11. The Isomorphism Theorems
12. Group Actions
13. The Sylow Theorems
14. Direct Products and Sums
15. Structure of Finite Abelian Groups
16. Solvable and Nilpotent Groups
17. Composition Series and Jordan-Hölder Theorem
18. Free Groups and Presentations
19. Semidirect Products
20. Introduction to Representation Theory
21. Applications of Group Theory
  1. Subgroups
    1. Definition of a Subgroup
      1. Subgroup Tests
        1. One-Step Subgroup Test
          1. Two-Step Subgroup Test
            1. Finite Subgroup Test
              1. Non-empty Finite Subset Test
              2. Examples of Subgroups
                1. Subgroups of ℤ
                  1. Subgroups of Symmetric Groups
                    1. Subgroups of Matrix Groups
                      1. Subgroups of Cyclic Groups
                      2. Trivial and Proper Subgroups
                        1. Trivial Subgroup
                          1. Proper Subgroup
                            1. Maximal Subgroups
                            2. Generated Subgroups
                              1. Subgroup Generated by an Element
                                1. Subgroup Generated by a Set
                                  1. Cyclic Subgroups
                                  2. Special Subgroups
                                    1. Center of a Group
                                      1. Definition and Properties
                                        1. Computing Centers
                                        2. Centralizer of an Element
                                          1. Definition and Properties
                                            1. Relationship to Center
                                            2. Centralizer of a Subgroup
                                              1. Normalizer of a Subgroup
                                                1. Definition and Properties
                                                  1. Relationship to Conjugation

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                                              4. Order of Elements and Groups

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                                              6. Cyclic Groups

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