List of orders of magnitude for angular velocity
| Factor (rad·s−1) |
Value (rad·s−1) |
Value (prefixHz) |
Value (rpm) |
Item |
| 10−16 |
7.96×10−16–8.85×10−16 |
127 aHz |
7.61×10−15–8.45×10−15 |
Galactic period of the Sun[1] |
| 10−11 |
1.65×10−11 |
2.63 pHz |
1.58×10−10 |
Sedna's average sidereal orbit rate |
| 10−10 |
8.03×10−10 |
127 pHz |
7.66×10−9 |
Sidereal orbit rate of Pluto |
| 10−9 |
1.21×10−9 |
192 pHz |
1.15×10−8 |
Sidereal orbit rate of Neptune |
| 10−8 |
1.68×10−8 |
2.2 nHz |
1.6×10−7 |
Sidereal orbit rate of Jupiter |
| 10−7 |
1.06×10−7 |
16 nHz |
1×10−6 |
Sidereal orbit rate of Mars |
| 1.99×10−7 |
31.7 nHz |
1.90×10−6 |
Sidereal orbit rate of the Earth around the Sun |
| 10−6 |
2.66×10−6 |
424 nHz |
2.54×10−5 |
Moon's sidereal orbit rate around the Earth |
| 10−5 |
7.27×10−5 |
11.6 µHz |
6.94×10−4 |
Earth's sidereal rotation rate |
| 10−4 |
1.45×10−4 |
23.1 µHz |
1.39×10−3 |
Hour hand on an analog clock |
| 1.75×10−4 |
28 µHz |
1.68×10−3 |
Jupiter's sidereal rotation rate |
| 10−3 |
1.75×10−3 |
278 µHz |
0.0167 |
Minute hand on an analog clock |
| 3.5×10−3 |
560 µHz |
0.033 |
The London Eye |
| 10−2 |
|
|
|
|
| 10−1 |
1.05×10−1 |
16.7 mHz |
1 |
Second hand on an analog clock |
| 1 |
3.49×100 |
556 mHz |
33⅓ |
LP record |
| 6×100–1.3×101 |
1–2 Hz |
60–120 |
Low-speed diesel engines (used in ships) |
| 10 |
1×101–3×101 |
2–5 Hz |
100–300 |
Early diesel engines |
| 2×101–5×101 |
3–8 Hz |
200–500 |
Audio compact disc |
| 4.7×101 |
7.5 Hz |
450 |
Rotor blades of a helicopter in flight |
| 9.4×101 |
15 Hz |
900 |
Spin cycle of a typical washing machine |
| 102 |
1.0×102 |
16 Hz |
960 |
The wheels of a typical automobile driving at 112 kilometres per hour (70 mph) |
| 1.0×102–1.2×102 |
17–18 Hz |
1000–1100 |
Barrel assembly of M61 Vulcan cannon |
| 1.3×102 |
20 Hz |
1200 |
High-speed diesel engines (lorries, yachts, generators, etc.) |
| 2×102 |
30 Hz |
2000 |
Engine speed of typical automobile traveling at 100 kilometres per hour (60 mph) |
| 5.8×102–7.3×102 |
92–120 Hz |
5500–7000 |
Redline of typical automobile engine |
| 7.54×102 |
120 Hz |
7200 |
Consumer hard disk |
| 9.4×102 |
150 Hz |
9000 |
Redline of high-performance automobile engine (e.g. Lamborghini V12) |
| 103 |
1.01×103 |
161 Hz |
9650 |
Pulsar PSR B1257+12 |
| 1.08×103 |
173 Hz |
10,400 |
CD in 52× CD-ROM drive[2] |
| 2×103 |
300 Hz |
20,000 |
Redline of Formula-1 race car |
| 4.50×103 |
716 Hz |
43,000 |
Pulsar PSR J1748-2446ad (fastest known)[3] |
| 104 |
1.4×104 |
2.2 kHz |
130,000 |
Analytical ultracentrifuge[4] |
| 1.6×104 |
2.5 kHz |
150,000 |
Turbocharger[citation needed] |
| 8×104 |
10 kHz |
800,000 |
Ultrasonic dental drill |
| 105 |
order of 2×105 |
order of 30 kHz |
order of 2,000,000 |
Microfabricated gas turbine[5] |
| 106 |
6.3×106 |
1 MHz |
60,000,000 |
Man-made rotational speed record: a small flake of graphene, levitated in a vacuum chamber and spun up to speed using circularly polarized light.[6] |
| 107 |
|
|
|
| 1044 |
1.16545×1044 |
1.85×1043Hz |
1.1×1045 |
Planck angular frequency |