A unit of length used to measure nuclear distances, = 10−15 meter. Named for the Italian physicist Enrico Fermi (1901–1954). Now obsolete, replaced by the SI term femtometer (symbol, fm); 1 fermi = 1 femtometer.
In relation to the base unit of [length] => (meters), 1 Fermi (fermi) is equal to 1.0E-15 meters, while 1 Bicrons (μμ) = 1.0E-12 meters.| 1 Fermi | to common length units |
|---|---|
| 1 fermi | = 1.0E-15 meters (m) |
| 1 fermi | = 1.0E-18 kilometers (km) |
| 1 fermi | = 1.0E-13 centimeters (cm) |
| 1 fermi | = 3.2808398950131E-15 feet (ft) |
| 1 fermi | = 3.9370078740157E-14 inches (in) |
| 1 fermi | = 1.0936132983377E-15 yards (yd) |
| 1 fermi | = 6.2137119223733E-19 miles (mi) |
| 1 fermi | = 1.056970721911E-31 light years (ly) |
| 1 fermi | = 3.7795280352161E-12 pixels (PX) |
| 1 fermi | = 6.25E+19 planck length (pl) |
| Fermi | to Bicrons (table conversion) |
|---|---|
| 1 fermi | = 0.001 μμ |
| 2 fermi | = 0.002 μμ |
| 3 fermi | = 0.003 μμ |
| 4 fermi | = 0.004 μμ |
| 5 fermi | = 0.005 μμ |
| 6 fermi | = 0.006 μμ |
| 7 fermi | = 0.007 μμ |
| 8 fermi | = 0.008 μμ |
| 9 fermi | = 0.009 μμ |
| 10 fermi | = 0.01 μμ |
| 20 fermi | = 0.02 μμ |
| 30 fermi | = 0.03 μμ |
| 40 fermi | = 0.04 μμ |
| 50 fermi | = 0.05 μμ |
| 60 fermi | = 0.06 μμ |
| 70 fermi | = 0.07 μμ |
| 80 fermi | = 0.08 μμ |
| 90 fermi | = 0.09 μμ |
| 100 fermi | = 0.1 μμ |
| 200 fermi | = 0.2 μμ |
| 300 fermi | = 0.3 μμ |
| 400 fermi | = 0.4 μμ |
| 500 fermi | = 0.5 μμ |
| 600 fermi | = 0.6 μμ |
| 700 fermi | = 0.7 μμ |
| 800 fermi | = 0.8 μμ |
| 900 fermi | = 0.9 μμ |
| 1000 fermi | = 1 μμ |
| 2000 fermi | = 2 μμ |
| 4000 fermi | = 4 μμ |
| 5000 fermi | = 5 μμ |
| 7500 fermi | = 7.5 μμ |
| 10000 fermi | = 10 μμ |
| 25000 fermi | = 25 μμ |
| 50000 fermi | = 50 μμ |
| 100000 fermi | = 100 μμ |
| 1000000 fermi | = 1000 μμ |
| 1000000000 fermi | = 1000000 μμ |