224 (number)
224 (two hundred [and] twenty-four) is the natural number following 223 and preceding 225.
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| Cardinal | two hundred twenty-four | |||
| Ordinal | 224th (two hundred twenty-fourth) | |||
| Factorization | 25 × 7 | |||
| Prime | No | |||
| Greek numeral | ΣΚΔ´ | |||
| Roman numeral | CCXXIV | |||
| Binary | 111000002 | |||
| Ternary | 220223 | |||
| Quaternary | 32004 | |||
| Quinary | 13445 | |||
| Senary | 10126 | |||
| Octal | 3408 | |||
| Duodecimal | 16812 | |||
| Hexadecimal | E016 | |||
| Vigesimal | B420 | |||
| Base 36 | 6836 | |||
224 is a practical number,[1] and a sum of two positive cubes 23 + 63.[2]
224 is the smallest k with λ(k) = 24, where λ(k) is the Carmichael function.[3]
In other fields
- The years 224 and 224 BC
- Area code 224
- .224 Weatherby Magnum, firearm cartridge
gollark: Also the orechid.
gollark: Right, I forgot Intel had actually released working 10nm products now. Back to confused, I guess.
gollark: Oh, so they're harder to cool despite the same total heat output because of the greater density of 7nm? That does make more sense.
gollark: I guess that you could maybe, I don't know, have differences in *measured* temperature depending on where the thermal sensors are, or have different fan control. But that couldn't really change total heat output.
gollark: The *only way* it can heat up is by converting electricity to heat when operating.
References
- Sloane, N. J. A. (ed.). "Sequence A005153 (Practical numbers)". The On-Line Encyclopedia of Integer Sequences. OEIS Foundation.
- Sloane, N. J. A. (ed.). "Sequence A003325 (Numbers that are the sum of 2 positive cubes)". The On-Line Encyclopedia of Integer Sequences. OEIS Foundation.
- Sloane, N. J. A. (ed.). "Sequence A141162 (Smallest k such that lambda(k) = n)". The On-Line Encyclopedia of Integer Sequences. OEIS Foundation.
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