The following pages link to (Q5148736):
Displaying 6 items.
- Cayley numbers with arbitrarily many distinct prime factors (Q345085) (← links)
- Families of even noncongruent numbers with arbitrarily many pairs of prime factors (Q2152807) (← links)
- A necessary condition for \(p\) and \(2p\) to be congruent for a prime \(p \equiv 1 \pmod 8\) (Q2690465) (← links)
- CONSTRUCTING NEW NON-CONGRUENT NUMBERS BY GRAPH THEORY (Q5428621) (← links)
- Required condition for a congruent number: \(pq\) with primes \(p \equiv 1 \pmod 8\) and \(q \equiv 3 \pmod 8\) (Q6585659) (← links)
- Families of non-congruent numbers with arbitrarily many triplets of prime factors (Q6589615) (← links)
