In: Advanced Math
if a in G (group ) such as o(a)=mn
prove the existence of g and h in G such as a=gh=hg and o(g)=m o(h)=n
Answer:-
Given that
First, let a=g and b=h be the elements whose orders are mm and nn, respectively. I guessed that we can find the element of order lcm(m,n)l explicitly, instead of simply proving its existence. Furthermore, I also guessed that the element can be expressed in the form akblakbl, because the statement must also hold when G is generated by a and b.
order (a)= mn = ab =gh
then ,
we attempet for the values in those solution,
then
Hence,prove that the existence of g and h in G such as a=gh=hg and o(g)=m o(h)=n
where a=h ,b=g and order (a)=ab =gh=mn