Common Measures

Planck constant derivatives

Φ-equivalent base factors

Volume

L³

4.2201E−105

4.2361E−105

Surface (Area)

L²

2.6115E-70

2.6180E-70

Electric Dipole Moment (Coulomb × meter)

QL

9.5843E-57

9.6063E-57

Mobility

1/B = 1/H = TQ/M = TL/Q

1.4688E-57

1.4685E-57

Capacitance (Farad)

T²/L

1.7982E-52

1.7944E-52

Planck time

T (seconds)

5.3906E-44

5.38836E-44

Charge squared

Q²

3.51755E-43

3.52482E-43

Planck length

L (meters)

1.6160E-35

1.61803E-35

Inductance (Henry)

L

1.6160E-35

1.6180E-35

Pure Surface per Unit Time
(Kinematic Viscosity) (Resistance due to External Gravitational Forces)

(M/LT)/(M/L³) = L²/T

4.8445E-27

4.8587E-27

Charge

Q = (ML)^1/2

5.93089E-22

5.93702E-22

Permittivity of Free Space

D/E = T²/L²

1.1127E−17

1.1090E−17

Magnetic Flux (Weber)

QL/T

1.7780E−13

1.7828E−13

The Constant of Gravitation

G = L³/MT²

6.6719E−11

6.6973E−11

Conductance

T/L

3.3358E-09

3.3302E-09

Planck mass

M (kilogram)

2.1767E-08

2.17846E-08

Momentum
(Mass × Velocity)

ML/T

6.525335213

6.541540043

Charge/Time^1/2 × Charge/Time^1/2

Q²/T

6.525335213

6.541540043

Velocity (Resistance)

L/T

2.9978E+08

3.0028E+08

Electrical energy

ML²/T²

1.9562E+09

1.9643E+09

Line Charge Density (Coulomb/meter)

Q/L

3.6701E+13

3.6693E+13

Magnetic Vector Potential (Weber/meter)
(Ampere) or (Current)

Q/T

   1.1002E+22

   1.1018E+22

Inverse of Kinematic Viscosity

T/L²

2.0642E+26

2.0582E+26

Electric Potential (Voltage)

QL/T²

3.2983E+30

3.3086E+30

Attenuation Constant (Neper/meter)

1/L

6.1881E+34

6.1803E+34

Adsorption
(Isticity)²

M/T

4.0380E+35

4.0429E+35

Frequency

1/T

1.85508E+43

1.85585E+43

Displacement Flux Density (Coulomb/meter²)

Q/L² = D

2.2711E+48

2.2677E+48

Acceleration

L/T²

5.5612E+51

5.5728E+51

Power

ML²/T³

3.6289E+52

3.6455E+52

Magnetic Field Intensity (Ampere/meter)

Q/LT = H

6.8083E+56

6.8096E+56

Magnetic Flux Density (Weber/meter²)

M/QT = B

6.8083E+56

6.8096E+56

Electric Field Intensity
(Volt/meter)

Q/T² = E

2.0410E+65

2.0448E+65

Surface Tension

M/T²

7.4907E+78

7.5030E+78

Volume Charge Density (Coulomb/meter³)

Q/L³

1.4054E+83

1.4015E+83

Volume Current Density (Ampere/meter²)

Q/TL²

4.2131E+91

4.2086E+91

Jerk

L/T³

1.0316E+95

1.03423E+95

Density

M/L³

5.1579E+96

5.1426E+96

Mass flux per unit area
 (Fick's Law)

M/TL²

1.5462E+105

1.5442E+105

Force per unit area
(Pressure) or (Stress)

M/LT²

4.63533E+113

4.63712E+113

Poynting vector

M/T³

1.3896E+122

1.3924E+122