λ
Match Zalai

4,944,006

2 × 32 × 274667
Abundant Even Composite

4,944,006 factors as 2 × 3^2 × 274667. Its 12 positive divisors give a proper-divisor sum of 5,768,046, so this integer is abundant. The Collatz stopping time is 144 steps.

Prime Factor Structure

Factorization String 2 × 3^2 × 274667
Distinct Prime Factors 3
Square Status No
Abundance Measure Abundant

Analytical Properties

Total Divisors 12
Divisor Sum (σ) 10,712,052
Proper Divisor Sum 5,768,046
Digit Sum / Digital Root 27 (Root: 9)
Adjacent Primes #4943963 ← → #4944019

Radix Representation

Decimal 4944006
Binary 10010110111000010000110 (23 bits)
Octal 0o22670206
Hexadecimal 0x4B7086

Divisor Catalog (12)

1 2 3 6 9 18 274,667 549,334 824,001 1,648,002 2,472,003 4,944,006

Collatz Trajectory (144 steps to reach 1)

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

4,944,006 2,472,003 7,416,010 3,708,005 11,124,016 5,562,008 2,781,004 1,390,502 695,251 2,085,754 1,042,877 3,128,632 1,564,316 782,158 391,079 1,173,238 586,619 1,759,858 879,929 2,639,788 1,319,894 659,947 1,979,842 989,921 2,969,764 1,484,882 742,441 2,227,324 1,113,662 556,831 1,670,494 835,247 2,505,742 1,252,871 3,758,614 1,879,307 5,637,922 2,818,961 8,456,884 4,228,442 2,114,221 6,342,664 3,171,332 1,585,666 792,833 2,378,500 1,189,250 594,625 1,783,876 891,938 445,969 1,337,908 668,954 334,477 1,003,432 501,716 250,858 125,429 376,288 188,144

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