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A) A few kilocoulombs B) A few microcoulombs C) A few milliampere-hours D) A few coulombs
A) Around 10800 C B) Around 15 C, but can be up to 350 C for large bolts C) Around 1400 mA⋅h D) Around 5 kC
A) About 350 C B) About 5 kC = 5000 C ≈ 1400 mA⋅h C) About 10800 C D) About 15 C
A) 5000 C ≈ 1400 mA⋅h B) 10800 C ≈ 3000 mA⋅h C) 15 C D) 350 C
A) James Clerk Maxwell B) Albert Einstein C) Charles-Augustin de Coulomb D) Michael Faraday
A) 1948 by the IEC B) 1908 by the IEC C) 1878 by the British Association for the Advancement of Science D) 1881 by the International Electrical Congress
A) The SI system B) The EMU system of units C) The imperial system D) The metric system
A) EMU coulomb B) Absolute coulomb or abcoulomb C) International coulomb D) Reproducible coulomb
A) 1881 by the International Electrical Congress B) 1878 by the British Association for the Advancement of Science C) 1908 by the IEC D) 1948 by the IEC
A) It became the modern coulomb B) It was approved in 1881 C) It was abandoned in 1948 D) It was introduced in 1908
A) As the unit of electric current B) As the unit of electromotive force C) As the unit of electric charge D) As the potential difference across a conductor when a current of one ampere dissipates one watt of power
A) 1.036×10−5 mol × NA e B) 9.648533212×104 e C) 6.241509×1018 e D) 3.3356×10−10 e
A) The Avogadro number B) The capacitance of a capacitor C) The force between two wires D) The charge of one mole of elementary charges |