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57,420

57,420 is a composite number, even.

This number doesn't have a permanent NumberWiki page yet — what you see below is computed live. Pages get added to the permanent index when they're notable (years, primes, curated, etc.).
Abundant Number Arithmetic Number Evil Number Happy Number Harshad / Niven Practical Number Recamán's Sequence Weird Number

Properties

Parity
Even
Digit count
5
Digit sum
18
Digit product
0
Digital root
9
Palindrome
No
Bit width
16 bits
Reversed
2,475
Recamán's sequence
a(56,368) = 57,420
Square (n²)
3,297,056,400
Cube (n³)
189,316,978,488,000
Divisor count
72
σ(n) — sum of divisors
196,560
φ(n) — Euler's totient
13,440
Sum of prime factors
55

Primality

Prime factorization: 2 2 × 3 2 × 5 × 11 × 29

Nearest primes: 57,413 (−7) · 57,427 (+7)

Divisors & multiples

All divisors (72)
1 · 2 · 3 · 4 · 5 · 6 · 9 · 10 · 11 · 12 · 15 · 18 · 20 · 22 · 29 · 30 · 33 · 36 · 44 · 45 · 55 · 58 · 60 · 66 · 87 · 90 · 99 · 110 · 116 · 132 · 145 · 165 · 174 · 180 · 198 · 220 · 261 · 290 · 319 · 330 · 348 · 396 · 435 · 495 · 522 · 580 · 638 · 660 · 870 · 957 · 990 · 1044 · 1276 · 1305 · 1595 · 1740 · 1914 · 1980 · 2610 · 2871 · 3190 · 3828 · 4785 · 5220 · 5742 · 6380 · 9570 · 11484 · 14355 · 19140 · 28710 (half) · 57420
Aliquot sum (sum of proper divisors): 139,140
Factor pairs (a × b = 57,420)
1 × 57420
2 × 28710
3 × 19140
4 × 14355
5 × 11484
6 × 9570
9 × 6380
10 × 5742
11 × 5220
12 × 4785
15 × 3828
18 × 3190
20 × 2871
22 × 2610
29 × 1980
30 × 1914
33 × 1740
36 × 1595
44 × 1305
45 × 1276
55 × 1044
58 × 990
60 × 957
66 × 870
87 × 660
90 × 638
99 × 580
110 × 522
116 × 495
132 × 435
145 × 396
165 × 348
174 × 330
180 × 319
198 × 290
220 × 261
First multiples
57,420 · 114,840 (double) · 172,260 · 229,680 · 287,100 · 344,520 · 401,940 · 459,360 · 516,780 · 574,200

Sums & aliquot sequence

As consecutive integers: 19,139 + 19,140 + 19,141 11,482 + 11,483 + 11,484 + 11,485 + 11,486 7,174 + 7,175 + … + 7,181 6,376 + 6,377 + … + 6,384
Aliquot sequence: 57,420 139,140 283,464 515,256 957,384 1,635,726 1,635,738 1,951,398 2,385,162 3,180,762 4,802,598 5,869,962 9,370,998 16,272,522 25,055,478 39,135,402 52,330,518 — unresolved within range

Representations

In words
fifty-seven thousand four hundred twenty
Ordinal
57420th
Binary
1110000001001100
Octal
160114
Hexadecimal
0xE04C
Base64
4Ew=
One's complement
8,115 (16-bit)
In other bases
ternary (3) 2220202200
quaternary (4) 32001030
quinary (5) 3314140
senary (6) 1121500
septenary (7) 326256
nonary (9) 86680
undecimal (11) 3a160
duodecimal (12) 29290
tridecimal (13) 2019c
tetradecimal (14) 16cd6
pentadecimal (15) 12030

Historical numeral systems

Babylonian (base 60)
𒌋𒁹𒁹𒁹𒁹𒁹 𒌋𒌋𒌋𒌋𒌋𒁹𒁹𒁹𒁹𒁹𒁹𒁹 ·
Egyptian hieroglyphic
𓂍𓂍𓂍𓂍𓂍𓆼𓆼𓆼𓆼𓆼𓆼𓆼𓍢𓍢𓍢𓍢𓎆𓎆
Greek (Milesian)
͵νζυκʹ
Mayan (base 20)
𝋧·𝋣·𝋫·𝋠
Chinese
五萬七千四百二十
Chinese (financial)
伍萬柒仟肆佰貳拾
In other modern scripts
Eastern Arabic ٥٧٤٢٠ Devanagari ५७४२० Bengali ৫৭৪২০ Tamil ௫௭௪௨௦ Thai ๕๗๔๒๐ Tibetan ༥༧༤༢༠ Khmer ៥៧៤២០ Lao ໕໗໔໒໐ Burmese ၅၇၄၂၀

Digit at this position in famous constants

π — Pi (π)
Digit 57,420 = 9
e — Euler's number (e)
Digit 57,420 = 4
φ — Golden ratio (φ)
Digit 57,420 = 0
√2 — Pythagoras's (√2)
Digit 57,420 = 8
ln 2 — Natural log of 2
Digit 57,420 = 4
γ — Euler-Mascheroni (γ)
Digit 57,420 = 0

Also seen as

Goldbach decomposition

Goldbach's conjecture says every even integer greater than 2 is the sum of two primes. For 57420, here are decompositions:

  • 7 + 57413 = 57420
  • 23 + 57397 = 57420
  • 31 + 57389 = 57420
  • 37 + 57383 = 57420
  • 47 + 57373 = 57420
  • 53 + 57367 = 57420
  • 71 + 57349 = 57420
  • 73 + 57347 = 57420

Showing the first eight; more decompositions exist.

Hex color
#00E04C
RGB(0, 224, 76)
IPv4 address

As an unsigned 32-bit integer, this is the IPv4 address 0.0.224.76.

Address
0.0.224.76
Class
reserved
IPv4-mapped IPv6
::ffff:0.0.224.76

Unspecified address (0.0.0.0/8) — "this network" placeholder.

Position in π

The digit sequence 57420 first appears in π at position 25,326 of the decimal expansion (the 25,326ordinal-suffix:th digit after the integer 3).

Search range: the first 1,000,000 fractional digits of π. Any 6-digit-or-shorter string is virtually guaranteed to appear in there — the more interesting signal is the position.