| ||||
---|---|---|---|---|
Cardinal | one hundred eighty-four | |||
Ordinal | 184th (one hundred eighty-fourth) | |||
Factorization | 23 × 23 | |||
Divisors | 1, 2, 4, 8, 23, 46, 92, 184 | |||
Greek numeral | ΡΠΔ´ | |||
Roman numeral | CLXXXIV | |||
Binary | 101110002 | |||
Ternary | 202113 | |||
Senary | 5046 | |||
Octal | 2708 | |||
Duodecimal | 13412 | |||
Hexadecimal | B816 |
184 (one hundred [and] eighty-four) is the natural number following 183 and preceding 185.
There are 184 different Eulerian graphs on eight unlabeled vertices, [1] and 184 paths by which a chess rook can travel from one corner of a 4 × 4 chessboard to the opposite corner without passing through the same square twice. [2] 184 is also a refactorable number.
Some physicists have proposed that 184 is a magic number for neutrons in atomic nuclei. [3] [4]
In poker, with one or more jokers as wild cards, there are 184 different straight flushes. [5]
| ||||
---|---|---|---|---|
Cardinal | one hundred eighty-four | |||
Ordinal | 184th (one hundred eighty-fourth) | |||
Factorization | 23 × 23 | |||
Divisors | 1, 2, 4, 8, 23, 46, 92, 184 | |||
Greek numeral | ΡΠΔ´ | |||
Roman numeral | CLXXXIV | |||
Binary | 101110002 | |||
Ternary | 202113 | |||
Senary | 5046 | |||
Octal | 2708 | |||
Duodecimal | 13412 | |||
Hexadecimal | B816 |
184 (one hundred [and] eighty-four) is the natural number following 183 and preceding 185.
There are 184 different Eulerian graphs on eight unlabeled vertices, [1] and 184 paths by which a chess rook can travel from one corner of a 4 × 4 chessboard to the opposite corner without passing through the same square twice. [2] 184 is also a refactorable number.
Some physicists have proposed that 184 is a magic number for neutrons in atomic nuclei. [3] [4]
In poker, with one or more jokers as wild cards, there are 184 different straight flushes. [5]