6000 watts = 6 kilowatts
The conversion factor from kilowatts to watts is multiplying by 1000.
1 kilowatt = 1,000 watts 6 kilowatts = 6,000 watts 6 kilowatt-hours = 6,000 watt-hours
1500 watts = 1.5 kilowatts 10 minutes = 1/6 hours. So 1500 watts for 10 minutes = 1.5/6 = 0.25 kilowatt hours.
6 kw means "six kilowatts" or 6,000 watts. That in turn means "6,000 joules of energy every second".
6 horsepower = 4.47 kilowatts
kilo... means x1000 so... 1000000 or a Million Watts, or 1to the 6 booyakasha!
Convert the watts to kilowatts (divide watts by 1000), and multiply the result by the number of hours. Answer is in kWh, the unit used by the electrical companies for billing.
1 kilo Watt = 10^3 (1000) Watts 1 mega Watt = 10^6 (1,000,000) Watts 1000 kilo Watt = 1000*1000 Watts = 1,000,000 Watts = 1 Mega Watt Therefore...1000 kW = 1 MW Hope that helps! ^_^
Kilowatts and horse power are both measures of power and they must be multiplied by time to get units of energy. 1 HP is 746 watts, so a 3-HP pump works at 3 x 746 watts, and probably uses about 3 kilowatts of electrical power input. In one hour that is 3 kilowatt-hours, also known as 3 Units. Obviously in 6 hours it would use 18 kWh etc. etc.
Watts is the product of voltage times amperage. To change watts to kilowatts move the decimal place three places to the left. e.g. 115 volts times 15 amps = 1725. watts. Move the decimal place three places to the left gives you 1.725 Kilowatts. From a smaller value, one step, to a larger value, three to the left. From a larger value, one step, to a smaller value three to the right. e.g. 1.725 kW to watts, 1725.. Small to larger values - decimal left ; Watts 1725. to kW 1.725 3 places to MW 0.001725 6 places to GW 0.000001725 9 places. Larger to smaller values - decimal right ; GW 0.000001725 9 places to MW 0.001725 6 places to kW 1.725 to Watts 1725..
mega- means time 10^6, in other words, millionso 1660 Megawatts is the same as 1660 million watts is the same as 1.66 billion watts is the same as 1.66*10^9 watts.
72 watts
If the gasoline engine must supply energy at the rate of 8 horsepower to its load, then so too must the electric motor. Expressed in watts, 8 horsepower is equivalent to 6 kilowatts. So the output power of the motor must be 6 kilowatts.