3,312,975

3 × 5² × 163 × 271

3,312,975 factors as 3 × 5^2 × 163 × 271. Its 24 positive divisors give a proper-divisor sum of 2,218,417, so this integer is deficient. The Collatz stopping time is 89 steps.

Prime Factor Structure

Factorization String 3 × 5^2 × 163 × 271

Distinct Prime Factors 4

Square Status No

Abundance Measure Deficient

Analytical Properties

Total Divisors 24

Divisor Sum (σ) 5,531,392

Proper Divisor Sum 2,218,417

Digit Sum / Digital Root 30 (Root: 3)

Adjacent Primes #3312941 ← → #3313003

Radix Representation

Decimal	3312975
Binary	1100101000110101001111 (22 bits)
Octal	0o14506517
Hexadecimal	0x328D4F

Divisor Catalog (24)

Collatz Trajectory (89 steps to reach 1)

Iterative sequence n → n/2 (if even) or 3n+1 (if odd):

3,312,975 9,938,926 4,969,463 14,908,390 7,454,195 22,362,586 11,181,293 33,543,880 16,771,940 8,385,970 4,192,985 12,578,956 6,289,478 3,144,739 9,434,218 4,717,109 14,151,328 7,075,664 3,537,832 1,768,916 884,458 442,229 1,326,688 663,344 331,672 165,836 82,918 41,459 124,378 62,189 186,568 93,284 46,642 23,321 69,964 34,982 17,491 52,474 26,237 78,712 39,356 19,678 9,839 29,518 14,759 44,278 22,139 66,418 33,209 99,628 49,814 24,907 74,722 37,361 112,084 56,042 28,021 84,064 42,032 21,016

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