0.03 megahertz - Wolfram|Alpha

Uh oh! Wolfram|Alpha doesn't run without JavaScript.

Please enable JavaScript. If you don't know how, you can find instructionshere.Once you've done that, refresh this page to start using Wolfram|Alpha.

Input interpretation

0.03 MHz (megahertz)

Unit conversion

30 kHz (kilohertz)

30000 Hz (hertz)

Comparison as frequency

≈ 0.3 × high end of frequency detected by a bat ( ≈ 100000 Hz )

≈ 0.5 × high end of frequency that a dog can hear ( ≈ 60000 Hz )

≈ 0.68 × standard sampling rate of CD-quality digital audio ( ≈ 44.1 kHz )

Comparison as turnover frequency

≈ (0.003 to 30) × turnover frequency for most relevant industrial enzymes ( 1000 to 1×10^7 per second )

≈ 1.5×10^6 × turnover frequency for most relevant industrial catalysts ( 0.01 to 100 per second )

Comparison as enzymology turnover number

≈ (0.05 to 0.07) × turnover number for carbonic anhydrase (one of the fastest enzymes) ( 400000 to 600000 per second )

≈ 2.4 × turnover number for acetylcholinesterase ( ≈ 740000 per minute )

Sound frequency range

ultrasound (above normal human hearing) (0.02 to 2) MHz (megahertz)

audible to: dogs | bats | mice | horses | beluga whales | porpoise | bottlenose dolphin
not audible to: elephants

Frequency allocation for United States (ITU region 2)

primary use | fixed | maritime mobile

Corresponding quantity

Period T from T = 1/ν:
| 33 μs (microseconds)

POWERED BY THE WOLFRAM LANGUAGE