calculand - The unit list (page 55)

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Field strength [E - Electric field strength, Electric field magnitude]

→ Abvolt per centimetre [abV/cm] ≈ 1,0 · 10^-6 N/C
→ Abvolt per metre [abV/m] ≈ 1,0 · 10^-8 N/C
→ Attonewton per coulomb [aN/C] ≈ 1,0 · 10^-18 N/C
→ Attovolt per metre [aV/m] ≈ 1,0 · 10^-18 N/C
→ Centinewton per coulomb [cN/C] ≈ 0,01 N/C
→ Centivolt per metre [cV/m] ≈ 0,01 N/C
→ Decanewton per coulomb [daN/C] ≈ 10 N/C
→ Decavolt per metre [daV/m] ≈ 10 N/C
→ Decinewton per coulomb [dN/C] ≈ 0,1 N/C
→ Decivolt per metre [dV/m] ≈ 0,1 N/C
→ Dyne per coulomb [dyn/C] ≈ 1,0 · 10^-5 N/C
→ Electronvolt per coulomb metre [eV/Cm] ≈ 1,60218 · 10^-19 N/C
→ Erg per coulomb metre [erg/Cm] ≈ 1,0 · 10^-7 N/C
→ Exanewton per coulomb [EN/C] ≈ 1,0 · 10⁺¹⁸ N/C
→ Exavolt per metre [EV/m] ≈ 1,0 · 10⁺¹⁸ N/C
→ Femtonewton per coulomb [fN/C] ≈ 1,0 · 10^-15 N/C
→ Femtovolt per metre [fV/m] ≈ 1,0 · 10^-15 N/C
→ Gigaelectronvolt per coulomb metre [GeV/Cm] ≈ 1,60218 · 10^-10 N/C
→ Giganewton per coulomb [GN/C] ≈ 1.000.000.000 N/C
→ Gigavolt per metre [GV/m] ≈ 1.000.000.000 N/C
→ Hectonewton per coulomb [hN/C] ≈ 100 N/C
→ Hectovolt per metre [hV/m] ≈ 100 N/C
→ Joule per coulomb metre [J/Cm] ≈ 1 N/C
→ Kilogram metre per ampere second cubed [kg m/A s³] ≈ 1 N/C
→ Kilonewton per coulomb [kN/C] ≈ 1.000 N/C
→ Kilopond per coulomb [kp/C] ≈ 9,80665 N/C
→ Kilovolt per metre [kV/m] ≈ 1.000 N/C
→ Kilowatt hour per coulomb metre [kWh/Cm] ≈ 3.600.000 N/C
→ Meganewton per coulomb [MN/C] ≈ 1.000.000 N/C
→ Megavolt per metre [MV/m] ≈ 1.000.000 N/C
→ Micronewton per coulomb [µN/C] ≈ 1,0 · 10^-6 N/C
→ Microvolt per metre [µV/m] ≈ 1,0 · 10^-6 N/C
→ Millinewton per coulomb [mN/C] ≈ 0,001 N/C
→ Millivolt per metre [mV/m] ≈ 0,001 N/C
→ Nanonewton per coulomb [nN/C] ≈ 1,0 · 10^-9 N/C
→ Nanovolt per metre [nV/m] ≈ 1,0 · 10^-9 N/C
→ Newton per ampere hour [N/Ah] ≈ 0,00028 N/C
→ Newton per ampere minute [N/Amin] ≈ 0,01667 N/C
→ Newton per ampere second [N/As] ≈ 1 N/C
→ Newton per coulomb [N/C] ≈ 1 N/C
→ Newton per elementary charge [N/e] ≈ 6,24151 · 10⁺¹⁸ N/C
→ Petanewton per coulomb [PN/C] ≈ 1,0 · 10⁺¹⁵ N/C
→ Petavolt per metre [PV/m] ≈ 1,0 · 10⁺¹⁵ N/C
→ Piconewton per coulomb [pN/C] ≈ 1,0 · 10^-12 N/C
→ Picovolt per metre [pV/m] ≈ 1,0 · 10^-12 N/C
→ Pond per coulomb [p/C] ≈ 0,00981 N/C
→ Pound inch per ampere second cubed [lb in/A s³] ≈ 0,01152 N/C
→ Pound metre per ampere second cubed [lb m/A s³] ≈ 0,45359 N/C
→ Pound-force per coulomb [lbf/C] ≈ 4,44822 N/C
→ Poundal per coulomb [pdl/C] ≈ 0,13825 N/C
→ Statvolt per centimetre [statV/cm] ≈ 29979,2458 N/C
→ Statvolt per decimetre [statV/dm] ≈ 2.997,92458 N/C
→ Statvolt per metre [statV/m] ≈ 299,79246 N/C
→ Statvolt per millimetre [statV/mm] ≈ 299792,458 N/C
→ Teranewton per coulomb [TN/C] ≈ 1,0 · 10⁺¹² N/C
→ Teravolt per metre [TV/m] ≈ 1,0 · 10⁺¹² N/C
→ Volt ampere second per coulomb metre [VAs/Cm] ≈ 1 N/C
→ Volt per centimetre [V/cm] ≈ 100 N/C
→ Volt per decimetre [V/dm] ≈ 10 N/C
→ Volt per foot [V/ft] ≈ 3,28084 N/C
→ Volt per inch [V/in] ≈ 39,37008 N/C
→ Volt per kilometre [V/km] ≈ 0,001 N/C
→ Volt per metre [V/m] ≈ 1 N/C
→ Volt per mile [V/mi] ≈ 0,00062 N/C
→ Volt per millimetre [V/mm] ≈ 1.000 N/C
→ Volt per yard [V/yd] ≈ 1,09361 N/C
→ Watt hour per coulomb metre [Wh/Cm] ≈ 3.600 N/C
→ Watt minute per coulomb metre [Wmin/Cm] ≈ 60 N/C
→ Watt second per coulomb metre [Ws/Cm] ≈ 1 N/C
→ Yoctonewton per coulomb [yN/C] ≈ 1,0 · 10^-24 N/C
→ Yoctovolt per metre [yV/m] ≈ 1,0 · 10^-24 N/C
→ Yottanewton per coulomb [YN/C] ≈ 1,0 · 10⁺²⁴ N/C
→ Yottavolt per metre [YV/m] ≈ 1,0 · 10⁺²⁴ N/C
→ Zeptonewton per coulomb [zN/C] ≈ 1,0 · 10^-21 N/C
→ Zeptovolt per metre [zV/m] ≈ 1,0 · 10^-21 N/C
→ Zettanewton per coulomb [ZN/C] ≈ 1,0 · 10⁺²¹ N/C
→ Zettavolt per metre [ZV/m] ≈ 1,0 · 10⁺²¹ N/C

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