SUMMARY
The challenge involves finding all integer pairs \((p, q)\) that satisfy the equation \(1 + 1996p + 1998q = pq\). By rearranging the equation to \((p - 1998)(q - 1996) = 1997^2\), where \(1997\) is identified as a prime number, the solutions are derived. The complete solution set includes the pairs \((1, 1997^2)\), \((1997, 1997)\), \((1997^2, 1)\), \((-1, -1997^2)\), \((-1997, -1997)\), and \((-1997^2, -1)\).
PREREQUISITES
- Understanding of integer equations and factorization
- Familiarity with prime numbers, specifically the properties of prime factorization
- Basic algebraic manipulation skills
- Knowledge of mathematical notation and expressions
NEXT STEPS
- Explore integer factorization techniques in algebra
- Study properties of prime numbers and their applications in number theory
- Learn about Diophantine equations and their solution methods
- Investigate the implications of rearranging equations in algebraic contexts
USEFUL FOR
Mathematicians, students studying number theory, and anyone interested in solving integer equations and exploring the properties of prime numbers.