Group theory Lecture 14 | State and prove Sylow's Theorem || Sylow's First theorem | BSc part 3

State and prove Sylow's Theorem Prove that the set I(G) of all inner automorphism of a group G is a normal subgroup of the group A(G) of all automorphism Group Theory Lecture. 1    • Modern Algebra Or Abstract algebra| LEC. 1...   Lecture.    • Modern Algebra LEC 3 || Isomorphism of gro...   Lecture.4    • Modern Algebra LEC  4 | Prove that mapping...   LEC.5    • Modern Algebra Lec.5| Prove that  set of a...   LEC. 6    • Modern Algebra LEC  6 | Inner automorphism...   LEC.7    • Modern Algebra LEC 7 | Prove that relation...   LEC. 8    • Modern Algebra LEC  8 | If G is a finite g...   LEC. 9    • Group theory lecture 9 | Centre of group |...   LEC. 10    • modern Algebra LEC 10| If O(G) =p^(2) wher...   LEC. 11    • Modern Algebra LEC 11| Conjugate subgroup|...   Lecture.12    • Group theory Lec. 12 | prove that set I(G)...   Lecture. LEC. 14    • Group theory Lecture 14 | State and prove ...   👉 Modern Algebra or Abstract algebra All Lecture.    • Modern algebra or Abstract algebra BSc part 3   👉 Metric Space all LEC.    • Topology   ........................................................................ 👉 Vector Analysis All lecture    • Vector Analysis Lecture   👉 Complex analysis all LEC.    • Complex analysis.   VectorAnalysis #UniqueclassesofDbg Instagram link.   / uniqueclassesofdbg   WhatsApp Group. https://chat.whatsapp.com/Hkf7Acdc7u0... #Grouptheory #ModernAlgebra #Topology #MetricSpace #BScpart3 #LnmuUniversity #UniqueclassesofDbg