What is the Greatest Common Factor of 484 and 497?
Greatest common factor (GCF) of 484 and 497 is 1.
GCF(484,497) = 1
We will now calculate the prime factors of 484 and 497, than find the greatest common factor (greatest common divisor (gcd)) of the numbers by matching the biggest common factor of 484 and 497.
How to find the GCF of 484 and 497?
We will first find the prime factorization of 484 and 497. After we will calculate the factors of 484 and 497 and find the biggest common factor number .
Step-1: Prime Factorization of 484
Prime factors of 484 are 2, 11. Prime factorization of 484 in exponential form is:
484 = 22 × 112
Step-2: Prime Factorization of 497
Prime factors of 497 are 7, 71. Prime factorization of 497 in exponential form is:
497 = 71 × 711
Step-3: Factors of 484
List of positive integer factors of 484 that divides 484 without a remainder.
1, 2, 4, 11, 22, 44, 121, 242
Step-4: Factors of 497
List of positive integer factors of 497 that divides 484 without a remainder.
1, 7, 71
Final Step: Biggest Common Factor Number
We found the factors and prime factorization of 484 and 497. The biggest common factor number is the GCF number.
So the greatest common factor 484 and 497 is 1.
Also check out the Least Common Multiple of 484 and 497
Related Greatest Common Factors of 484
- GCF of 484 and 488
- GCF of 484 and 489
- GCF of 484 and 490
- GCF of 484 and 491
- GCF of 484 and 492
- GCF of 484 and 493
- GCF of 484 and 494
- GCF of 484 and 495
- GCF of 484 and 496
- GCF of 484 and 497
- GCF of 484 and 498
- GCF of 484 and 499
- GCF of 484 and 500
- GCF of 484 and 501
- GCF of 484 and 502
- GCF of 484 and 503
- GCF of 484 and 504
Related Greatest Common Factors of 497
- GCF of 497 and 501
- GCF of 497 and 502
- GCF of 497 and 503
- GCF of 497 and 504
- GCF of 497 and 505
- GCF of 497 and 506
- GCF of 497 and 507
- GCF of 497 and 508
- GCF of 497 and 509
- GCF of 497 and 510
- GCF of 497 and 511
- GCF of 497 and 512
- GCF of 497 and 513
- GCF of 497 and 514
- GCF of 497 and 515
- GCF of 497 and 516
- GCF of 497 and 517