calculand - The unit list (page 23)

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Charge [Q, q - Electric charge]

→ Abcoulomb [abC] ≈ 10 C
→ Ampere hour [Ah] ≈ 3.600 C
→ Ampere minute [Amin] ≈ 60 C
→ Ampere second [As] ≈ 1 C
→ Attocoulomb [aC] ≈ 1,0 · 10^-18 C
→ Biot second [Bis] ≈ 10 C
→ Buckingham per square metre [B/m²] ≈ 3,33564 · 10^-40 C
→ Buckingham per square ångstrøm [B/Å²] ≈ 3,33564 · 10^-20 C
→ Centiampere hour [cAh] ≈ 36 C
→ Centicoulomb [cC] ≈ 0,01 C
→ Coulomb [C] ≈ 1 C
→ Debye per foot [D/ft] ≈ 1,09437 · 10^-29 C
→ Debye per inch [D/in] ≈ 1,31324 · 10^-28 C
→ Debye per metre [D/m] ≈ 3,33564 · 10^-30 C
→ Debye per ångstrøm [D/Å] ≈ 3,33564 · 10^-20 C
→ Decacoulomb [daC] ≈ 10 C
→ Deciampere hour [dAh] ≈ 360 C
→ Decicoulomb [dC] ≈ 0,1 C
→ Electron charge [qₑ] ≈ -1,60218 · 10^-19 C
→ Elementary charge [e] ≈ 1,60218 · 10^-19 C
→ Exacoulomb [EC] ≈ 1,0 · 10⁺¹⁸ C
→ Faraday [faraday] ≈ 96.485,33772 C
→ Femtocoulomb [fC] ≈ 1,0 · 10^-15 C
→ Franklin [Fr] ≈ 3,33564 · 10^-10 C
→ Gigacoulomb [GC] ≈ 1.000.000.000 C
→ Hectocoulomb [hC] ≈ 100 C
→ Joule per volt [J/V] ≈ 1 C
→ Kilocoulomb [kC] ≈ 1.000 C
→ Kilowatt hour per volt [kWh/V] ≈ 3.600.000 C
→ Maxwell per ohm [Mx/Ω] ≈ 1,0 · 10^-8 C
→ Megacoulomb [MC] ≈ 1.000.000 C
→ Microcoulomb [µC] ≈ 1,0 · 10^-6 C
→ Milliampere hour [mAh] ≈ 3,6 C
→ Millicoulomb [mC] ≈ 0,001 C
→ Nanocoulomb [nC] ≈ 1,0 · 10^-9 C
→ Newton metre per volt [Nm/V] ≈ 1 C
→ Petacoulomb [PC] ≈ 1,0 · 10⁺¹⁵ C
→ Picocoulomb [pC] ≈ 1,0 · 10^-12 C
→ Planck charge [q(P)] ≈ 1,87555 · 10^-18 C
→ Statcoulomb [statC] ≈ 3,33564 · 10^-10 C
→ Teracoulomb [TC] ≈ 1,0 · 10⁺¹² C
→ Volt farad [VF] ≈ 1 C
→ Volt second per ohm [Vs/Ω] ≈ 1 C
→ Watt hour per volt [Wh/V] ≈ 3.600 C
→ Watt second per volt [Ws/V] ≈ 1 C
→ Weber per ohm [Wb/Ω] ≈ 1 C
→ Yoctocoulomb [yC] ≈ 1,0 · 10^-24 C
→ Yottacoulomb [YC] ≈ 1,0 · 10⁺²⁴ C
→ Zeptocoulomb [zC] ≈ 1,0 · 10^-21 C
→ Zettacoulomb [ZC] ≈ 1,0 · 10⁺²¹ C

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Physical-Quantities-Map

⇒ Area density ⇒ Area fraction ⇒ Area volume ratio ⇒ Baud rate ⇒ Bit rate ⇒ Capacitance ⇒ Catalytic activity ⇒ Catalytic efficiency ⇒ Catalytic volume activity ⇒ Charge ⇒ Color temperature ⇒ Compressibility ⇒ Concentration gradient ⇒ Conductance ⇒ Conductivity ⇒ Cooling rate ⇒ Current ⇒ Current density ⇒ Data ⇒ Data areal density