====== Units and System Conversions ======

Table of Prefixes ((see [[https://nvlpubs.nist.gov/nistpubs/Legacy/SP/nistspecialpublication1038.pdf|NIST Special Publication 1038]]))
^ prefix ^ symbol ^ factor  ^
| exa    | E      | 10¹⁸    |
| peta   | P      | 10¹⁵    |
| tera   | T      | 10¹²    |
| giga   | G      | 10⁹     |
| mega   | M      | 10⁶     |
| kilo   | k      | 10³     |
| deka   | d      | 10²     |
| base   | none   | 10⁰     |
| centi  | c      | 10⁻²    |
| milli  | m      | 10⁻³    |
| micro  | μ      | 10⁻⁶    |
| nano   | n      | 10⁻⁹    |
| pico   | p      | 10⁻¹²   |
| femto  | f      | 10⁻¹⁵   |
| atto   | a      | 10⁻¹⁸   |

===== System Dimensionality Conversions =====

From [[wp>Dimensional_analysis]]
>There are many possible choices of base physical dimensions. The SI standard selects the following dimensions and corresponding dimension symbols:
>time (T), length (L), mass (M), electric current (I), absolute temperature (Θ), amount of substance (N) and luminous intensity (J).

^ Dim ^ SI       ^ UCS((United States Customary Units)) ^
| L   | 2.54cm   | 1in      |
| M   | 2.2046kg | 1lb      |

====== Temperature Conversions ======

$T_F = \frac{9}{5}T_C + 32$

$T_C = \frac{5}{9}(T_F-32)$

$0^{\circ}C = 273.15K$

$0^{\circ}F = 456.67^{\circ}R$((Rakine is also archaically notated as $R$ or $^{\circ}Ra$))

$T_R = \frac{5}{9}T_K$

====== IEC Binary Prefixes ======

The primary system in which binary unit magnetudes are represented. Intended to replace SI units for digital measurements, where
numbers are represented in base-2 rather than base-10. Thus, when referring to units, generally KB is the SI interpretation of $1\cdot 10^3$
whereas 1KiB referrers to the IEC interpretation of $1\cdot 2^{10}$ in base-2.

^ Prefix ^ Symbol ^ Factor ^
| base   | none   | 2¹     |
| kibi   | Ki     | 2¹⁰    |
| mebi   | Mi     | 2²⁰    |
| gibi   | Gi     | 2³⁰    |
| pebi   | Pi     | 2⁴⁰    |
| exbi   | Ei     | 2⁵⁰    |