λ
Matchaa Zalai

6,237,558

2 × 32 × 47 × 73 × 101
Abundant Even Composite

6,237,558 factors as 2 × 3^2 × 47 × 73 × 101. Its 48 positive divisors give a proper-divisor sum of 7,892,298, so this integer is abundant. The Collatz stopping time is 165 steps.

Prime Factor Structure

Factorization String 2 × 3^2 × 47 × 73 × 101
Distinct Prime Factors 5
Square Status No
Abundance Measure Abundant

Analytical Properties

Total Divisors 48
Divisor Sum (σ) 14,129,856
Proper Divisor Sum 7,892,298
Digit Sum / Digital Root 36 (Root: 9)
Adjacent Primes #6237557 ← → #6237599

Radix Representation

Decimal 6237558
Binary 10111110010110101110110 (23 bits)
Octal 0o27626566
Hexadecimal 0x5F2D76

Divisor Catalog (48)

1 2 3 6 9 18 47 73 94 101 141 146 202 219 282 303 423 438 606 657 846 909 1,314 1,818 3,431 4,747 6,862 7,373 9,494 10,293 14,241 14,746 20,586 22,119 28,482 30,879 42,723 44,238 61,758 66,357 85,446 132,714 346,531 693,062 1,039,593 2,079,186 3,118,779 6,237,558

Collatz Trajectory (165 steps to reach 1)

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

6,237,558 3,118,779 9,356,338 4,678,169 14,034,508 7,017,254 3,508,627 10,525,882 5,262,941 15,788,824 7,894,412 3,947,206 1,973,603 5,920,810 2,960,405 8,881,216 4,440,608 2,220,304 1,110,152 555,076 277,538 138,769 416,308 208,154 104,077 312,232 156,116 78,058 39,029 117,088 58,544 29,272 14,636 7,318 3,659 10,978 5,489 16,468 8,234 4,117 12,352 6,176 3,088 1,544 772 386 193 580 290 145 436 218 109 328 164 82 41 124 62 31

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