[Hungerford, p99 Q8]
Let p be an odd prime. Prove that there are, at most, two nonabelian groups of order .
One has generators a,b satisfying .
The other has generators a,b,c satisfying .
[Hungerford, p99 Q8]
Let p be an odd prime. Prove that there are, at most, two nonabelian groups of order .
One has generators a,b satisfying .
The other has generators a,b,c satisfying .