Input interpretation
lithium chloride | vapor pressure/lithium chloride | dynamic viscosity
Results
9.144×10^6 per second
lithium chloride | vapor pressure | 48000 Pa (pascals) lithium chloride | dynamic viscosity | 0.00525 Pa s (pascal seconds)
Unit conversions
9.144 MHz (megahertz)
9.144×10^6 Hz (hertz)
Comparisons as turnover frequency
≈ ( 0.2 ≈ 1/4 ) × turnover frequency for catalase ( ≈ 4×10^7 per second )
≈ (0.9 to 9144) × turnover frequency for most relevant industrial enzymes ( 1000 to 1×10^7 per second )
Comparisons as enzymology turnover number
≈ 19 × turnover number for carbonic anhydrase ( 400000 to 600000 per second )
≈ 740 × turnover number for acetylcholinesterase (possibly one of the fastest enzymes) ( ≈ 740000 per minute )
Interpretations
frequency
turnover frequency
enzymology turnover number
exponential decay constant
first-order rate constant
growth constant
redshift gradient
shear rate
elongation rate
strain rate
first-order Arrhenius factor
absolute mass
Basic unit dimensions
![[time]^(-1)](../image_source/fea61021944859c61f9cbb3d55426a77.png)
[time]^(-1)
Corresponding quantities
Period T from T = 1/ν: | 109 ns (nanoseconds)
Wavelength λ of electromagnetic radiation from λ = c/ν: | 33 meters | 108 feet
Spectroscopic wavenumber of electromagnetic radiation ν^~ from ν^~ = ν/c: | 3.1×10^-4 cm^(-1) (reciprocal centimeters)
Angular frequency ω from ω = 2πν: | 5.745×10^7 rad/s (radians per second)
Cycle rate: | 9.1 Mcps (megacycles per second)
Lifetime from τ = 1/λ: | 109 ns (nanoseconds)
Half-life from t_(1/2) = log(2)/λ: | 76 ns (nanoseconds)