Hi people, (G;T) is a group , "e" is it's identity element. I must show that if , (G;T) is an abelian group. Can you help me please???
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Originally Posted by bhitroofen01 Hi people, (G;T) is a group , "e" is it's identity element. I must show that if , (G;T) is an abelian group. Can you help me please??? Hint: , and note that .
Originally Posted by bhitroofen01 Hi people, (G;T) is a group (e is it's identity element), I must show that : is commutative. Can you help me please??? Hint: ... Tonio
Originally Posted by bhitroofen01 How do you justify the 3rd equality above?? Think: Tonio
But why
Originally Posted by bhitroofen01 But why
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