Suuruste võrrand nt kujul Q1 = ξQ2Q3, kus Q1, Q2 ja Q3 tähistavad erinevaid suurusi ja kus ξ on arvkordaja, kujul T= (1/2)mv2, kus T on massiga m osakese kineetiline energia ja v osakese kiirus, või kujul n = I.t/F, kus n on univalentse komponendi ainehulk, I on elektrivoolutugevus, t on elektrolüüsi kestus ja F on Faraday konstant.
Q1 = ζQ2Q3 where Q1, Q2 and Q3 denote different quantities, and where ζ is a numerical factor. T = (1/2)mv2 where T is the kinetic energy and v the speed of a specified particle of mass m. n = I.t/F where n is the amount of substance of a univalent component, I is the electric current and t the duration of the electrolysis, and where F is the Faraday constant.
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