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LxW of building x 3 volt amps per sq. foot
What else can I help you with?
How is the total in volt-amperes for lighting purpose determined?
LxW of building x 3 volt amps per sq. foot
How is total lighting load in amperes determined?
This is an answer that must be determined from the course material. There are several ways to do this.
How is the total load in volt-amperes for lighting purpose determined?
LxW of building x 3 volt amps per sq. foot
How many watts is 8.6 amperes?
To calculate the total power consumption in watts, you can multiply the current in amperes by the voltage in volts. If the voltage is not known, you cannot directly convert amperes to watts.
Calculating appropriate low voltage transformer for outside low voltage lighting?
calculate the total sum of lighting power and add 10% as safe operation of the transformer. then select a transformer for that rating. suppose your total lighting power is 300VA. add 10% of the total lighting power so the total power is 330VA. therefore your transformer size can be 330va or more. please follow IEE regulations.
Total utility may be determined by?
Total Utility may be determined by summing up the marginal utilities of each unit consumed.
How was the number of legislators for each district determined in the Constitution of 1852?
It was determined by total population.
A circuit has total resistance of 5 ohms and a current of 0.3 amperes What voltage must the battery supply?
1.5 volts
Total expenditures are determined by?
ion kon
The portion of total risk that remains after unacceptable risk has been determined is .?
total
If the current is 10 amperes in the main wire and 4 amperes in one of the branches how much current is in the other branch?
Six, Voltage is the same in a parallel circuit but current divides to total the sum of each branch. See Kirchoffs current law.
How much heat is generated in 4.50 s when A current of 3.00 Amperes is maintained in a simple circuit with a total resistance of 1.50 ohms?
If current is 3 amperes and resistance is 1.5 ohms, then voltage is 4.5 volts. (Ohm's law: voltage equals amperes times resistance) Power is volts times amperes, or 13.5 watts. A watt is a joule per second, so suppling 13.5 watts for 4.5 seconds produces 60.75 joules.
