Inductive reactance - XL = 2πfL, Capacitive reactance - XC = 1/2πfC, power factor - R/Z, Voltage across an inductor - VL = I x XL, Voltage across a capacitor - VC = I x XC, Impedance - Z = √R2+XL2, Current flow - I = V/Z, KVA - KW / ϕ, KW - KVA x ϕ, KVAr - √KVA2 - KW2, COS - adjacent/hypotenuse, Synchronous speed in rps - f/p, Synchronous speed in rpm - f/p x 60, Line voltage - √3 x VP, Phase voltage - VL / √3, Line current - √3 x Ip, Phase current - IL / √3, Load current - √(L12 + L22 + L32)-(L1 x L2)-(L1 x L3)-(L2 x L3),

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