A kw, or Killowatt = 8.7 amps. So, 30 x 8.7 = approximately 260 amps.
A wall Air conditioner draws about 12-15 amps. A refrigerator about 10-12 amps, a 100 watt light bulb .87 amps or less than 1 amp.
Houses typically have either a 100 amp main breaker or, 150 and up. In the old days, 60 amps was common.
Your answer is, as many houses as it takes to use 260 amps.
If it's for a generator, as backup, 4-8 houses to keep the required things working.
BUT use a large cable to run the power. 260 amp cable is about 3 ought size.
Good luck.
The power output of an engine is not directly measured in kilowatts for a specific engine displacement like 250cc. It depends on various factors like the design, fuel system, and tuning of the engine. In general, a typical 250cc motorcycle engine may produce between 20-30 kW (kilowatts) of power.
To calculate the kilowatt hours (kWh) used by a 30 watt light bulb in 8 hours, we first convert the power to kilowatts: 30 watts = 0.03 kilowatts. Then, multiply this by the time in hours: 0.03 kW * 8 hours = 0.24 kWh. So, 0.24 kWh are used to light a 30 watt light bulb in 8 hours.
Typical small houses in the UK are given a 60 or 100 amp supply at the standard 240 volts. The maximum power is therefore 14.4 or 24 kW. But many houses do not use the full quota. The power used by each appliance is marked on it, e.g. 3 KW for a kettle, etc. The total power is just all the individual powers added up at any given moment. So if someone turns a kettle (3kW) on while someone else is having a power shower (8 kW) and the water heater is on (3 kW) and the washing machine is running (3 kW) that would make 17 kW. Most of the time it's much less. Lighting does not use much, especially CFLs and LEDs.
30 minutes is 0.5 hours. 1 kilowatt = 1000 watts, so divide both sides by 1000 and you get .001 kilowatts = 1 watt So 8 watts x 30 minutes = .008 kilowatts x 0.5 hours = .004 kilowatt hours.
I think around 10 kilowatts x12 cents. Cost you about a buck a day on electricity. Do you agree?
Convert the watts to kilowatts, and the days to hours. Then multiply kilowatts x hours to get kWh.
1 Megawatt = 1000 Kilowatts so 30 Mw = 30*1000 kw = 30,000 kw.
About 30 million
The power output of an engine is not directly measured in kilowatts for a specific engine displacement like 250cc. It depends on various factors like the design, fuel system, and tuning of the engine. In general, a typical 250cc motorcycle engine may produce between 20-30 kW (kilowatts) of power.
A three wire home distribution service rated at 100 amps has a wattage capacity of;From L1 to L2 at 240 volts x 100 amps = 24000 watts or 24 kilowatts. From L1 to neutral at 120 volts x 100 amps = 12000 watts or 12 kilowatts. From L2 to neutral at 120 volts x 100 amps = 12000 watts or 12 kilowatts.
To calculate the kilowatt hours (kWh) used by a 30 watt light bulb in 8 hours, we first convert the power to kilowatts: 30 watts = 0.03 kilowatts. Then, multiply this by the time in hours: 0.03 kW * 8 hours = 0.24 kWh. So, 0.24 kWh are used to light a 30 watt light bulb in 8 hours.
Typical small houses in the UK are given a 60 or 100 amp supply at the standard 240 volts. The maximum power is therefore 14.4 or 24 kW. But many houses do not use the full quota. The power used by each appliance is marked on it, e.g. 3 KW for a kettle, etc. The total power is just all the individual powers added up at any given moment. So if someone turns a kettle (3kW) on while someone else is having a power shower (8 kW) and the water heater is on (3 kW) and the washing machine is running (3 kW) that would make 17 kW. Most of the time it's much less. Lighting does not use much, especially CFLs and LEDs.
The Senate and the House of Representatives.
1 kilowatt is equal to 1,000 watts, so a 100 watt bulb uses .1 kilowatt. Technically, your home or business meter base measures kilowatt hours, meaning that it measures both the kilowatts and the amount of time. If you turn on 10 100 watt bulbs for 1 second, that would be a kilowatt, but the amount of power use would be insignificant. So... To calculate the kilowatt hours: .1 kilowatts (from above, knowing the energy use of the bulb) Multiplied by 24 hours in a day Multiplied by 30 days... .1(kilowatts) * 24(hours)* 30(hours in a day) = 72 kilowatt hours
24 houses have pumpkins. 6 houses don't have pumpkins. 24/30 = 80% have 6/30 = 20% have not
This depends how many kilowatts are running through the element, but it can take anything from one to two hours.
15 carpenter, 45 houses, 90 days. Each carpenter restores 3 houses in 90 days. 5 carpenter restore 15 houses in 90 days. Therefore, 5 carpenters restore 30 houses in 180 days.