Let g be a non-abelian group. if o e g have order 4 and b e g have order 3. then, order of the element oß in g (a) is 6 (c) is of the form 12k for k 2 2 (b) is

Let G be a non-abelian group. If o e G have order 4 and B e G have order 3. Then, order of the element oß in G (a) is 6 (c) is of the form 12k for k 2 2 (b) is 12 (d) need not be finite 2v2-1cut by the planes z = 0 and z = 1+X.