Home Tools LIBRO DE ELECTRIL.. Proyecto Final Lean... x 100% Instructions: Make a code in c ++ with the information provided Electrical power (W) is the ability to do work The unit of measure for the power is et watt pressure of one-volt results in the passage of an ampere. when a 1 Kilowatt 1000 watts 1 milliwatt = 1 +-1000 watt 6 .001 watt 1 HP 746 watts Ade In an DC current circuit, the effective power (watts) can be calculated by multiplying I x E . The same formula can be applied in those alternating current (AC) circuits where pure resistances are used, that is, where they are not included inductances or capacitances The power factor or percent efficiency of an electric machine can be calculated using the following formula: Cor FP Output power / Input power Efic : P real/ 1 x E FP x 100 The Law of Watt is the one that expresses the relationship between voltage amperage and watts. The formula is Resistance can be included, too. in the calculations to get watts The formula, including the resistance is: To know the cost of the KWH expense, two (2) methods can be applied. The first method is to calculate the total watts. Multiply watts per hours. Divide watt hours per thousand (1000). Multiply Kilowatt hours for the cost of KWH Wx H WH 1000 KWH x Cost del KWH Home Tools LIBRO DE ELECTRIL.. Proyecto Final Lean... x 100% Instructions: Make a code in c ++ with the information provided Electrical power (W) is the ability to do work The unit of measure for the power is et watt pressure of one-volt results in the passage of an ampere. when a 1 Kilowatt 1000 watts 1 milliwatt = 1 +-1000 watt 6 .001 watt 1 HP 746 watts Ade In an DC current circuit, the effective power (watts) can be calculated by multiplying I x E . The same formula can be applied in those alternating current (AC) circuits where pure resistances are used, that is, where they are not included inductances or capacitances The power factor or percent efficiency of an electric machine can be calculated using the following formula: Cor FP Output power / Input power Efic : P real/ 1 x E FP x 100 The Law of Watt is the one that expresses the relationship between voltage amperage and watts. The formula is Resistance can be included, too. in the calculations to get watts The formula, including the resistance is: To know the cost of the KWH expense, two (2) methods can be applied. The first method is to calculate the total watts. Multiply watts per hours. Divide watt hours per thousand (1000). Multiply Kilowatt hours for the cost of KWH Wx H WH 1000 KWH x Cost del KWH