SUMMARY
To compute the greatest common divisor (GCD) of three numbers a, b, and c using pairwise GCD, first calculate the GCD of a and b, denoted as d. The relationship established is that GCD(a, b, c) equals GCD(d, c). This method leverages the property that GCD(a, b, c) divides both d and c, allowing for a simplified calculation.
PREREQUISITES
- Understanding of GCD and its properties
- Familiarity with pairwise operations in mathematics
- Basic knowledge of number theory
- Ability to manipulate mathematical equations
NEXT STEPS
- Study the Euclidean algorithm for efficient GCD computation
- Explore the properties of divisibility in number theory
- Learn about the application of GCD in simplifying fractions
- Investigate algorithms for computing GCD of multiple numbers
USEFUL FOR
Students in mathematics, educators teaching number theory, and anyone interested in computational methods for finding GCDs.