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II- Determine the consuming energy in (kw h) and the monthly cost for the building, if the electrica vorking as shown in the table Consuming current per device Number Number of Working time (Hour per day) No Device Type of items phase Amp. 1 AC unit 3 14 6 2 0.8 computer Photo copy TV LED light Note : the voltage apply equals 220 volt 3 2 single 5 4 2 1.75 12 5 20 0.2 10 f the cost of one-unit energy (40 ID per kWh)

II- Determine the consuming energy in (kw h) and the monthly cost for the building, if the electrica vorking as shown in the table Consuming current per device Number Number of Working time (Hour per day) No Device Type of items phase Amp. 1 AC unit 3 14 6 2 0.8 computer Photo copy TV LED light Note : the voltage apply equals 220 volt 3 2 single 5 4 2 1.75 12 5 20 0.2 10 f the cost of one-unit energy (40 ID per kWh)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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II- Determine the consuming energy in (kw h) and the monthly cost for the building, if the electrical devices are working as shown in the table Consuming current per device Amp. Working time (Hour per day) Number Number of No Device Type of items phase 1 AC unit 3 14 6. 2 0.8 computer Photo copy 3 2 single 5 TV 2 1.75 12 LED light Note : the voltage apply equals 220 volt If the cost of one-unit energy (40 ID per kWh) 20 0.2 10
Transcribed Image Text:II- Determine the consuming energy in (kw h) and the monthly cost for the building, if the electrical devices are working as shown in the table Consuming current per device Amp. Working time (Hour per day) Number Number of No Device Type of items phase 1 AC unit 3 14 6. 2 0.8 computer Photo copy 3 2 single 5 TV 2 1.75 12 LED light Note : the voltage apply equals 220 volt If the cost of one-unit energy (40 ID per kWh) 20 0.2 10
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