Kilowatt L Symbol for inductance lay Pertaining to wire and cable, the axial distance required for one cabled conductor or conductor strand to complete one revolution about the axis around which it is cabled
Kilowatt - Measurement of electric power used, your electric bill is based on how many Kw you use per month 1 Kw = 1,000 watts If used to produce heat with resistive elements (electric furnace or electric baseboards) 1 Kw will produce 3413 btu's
(Kilowatt) - 1,000 Watts, Demand Component KWH (Kilowatthour) - Usage Component MW (Megawatts) - 1,000 Watts Peak - The time of day when electric usage is at its highest level Hours are determined by local electric utility Load Factor - Relationship of usage compared to demand Power Factor - The fraction of real power (in watts) actually used by a customer's electrical equipment compared to the total apparent power supplied, usually expressed as a percentage Power factors apply only to alternating current circuits Ratchet - A penalty fee charged during off-peak winter months as a result of high electric demand during the summer (Back to Top)
Kilowatts Primary KW is the actual power used by the power source when it is producing its rated output Secondary KW is the actual power output of the welding power source Kilowatts are found by taking volts times amps divided by 1,000 and taking into account any power factor
(noun) The ion-product constant For the reaction: 2H2O(l) H3O+(aq) + OH-(aq), the equilibrium expression would be: Kw = [H3O+][OH-] Note that all pure liquid terms are omitted, hence H2O does not appear in the denominator At 25° C, Kw = 1 0 x 10 ö14 = (Ka)(Kb)
Kilowatt; a kilowatt is a unit of power, representing the rate at which energy is used or produced (ie, the product of voltage and current)