130 watt=howmeny horse power?
98629
it depends on what it powers and the efficency of the motor.
202078
A power supply will provide as much amperage as possible depending on the resistance of the circuit.  The formula is voltage=Amps (current) times Ohms (resistance).  Or E=IR\nIt is possible that the resistance of your race car is too much for a small power supply.  The power supply can't overcome the resistance of the car.  \nMost little converters are built for electronics running very little resistance.  An electric motor has higher power demands.
886793
Total work done=18 tons * 2200 lb/ton * 22 storeys * 10 ft/storey\nWork done per horsepower per hour=550*3600\nTherefore\nNumber of horse powers required\n18*2200*(22*10)/(550*3600)\n=44 HP
442636
While you can convert HP to Watts, electric motors are also rated in HP.  A 5HP motor is pretty big, and won't use a normal wall outlet (15A, 120V).
432763
It is equivalent to 3.827×10^26 Watts
897028
1/500th or less. You can check this out by looking at an auto supply catalog, finding out how much current is drawn by the fan under loaded conditions, determine the current draw (presumably at 12 volts), and find the wattage.\n\nThis can then be converted into horsepower by multiplying watts X 0.00134.
908174
When I ride a bike at the gym it says I generate about 100-150 watts.  Now that is enough to power a couple light-bulbs, or a computer, but only as long as you keep peddling.  It probably isn't worth researching or looking into since not enough power is being generated to be worth it.  I'm sure the ISS gets plenty of power from its solar panels.
474865
I don't think there is a maximum legal horsepower... after all, there's the Bugatti Veyron, and that has 1,001 horse or something and it's still street legal - there are many other factors to it!
1110126
I assume that a power factor is zero and current and voltage are given in  RMS values then \nPin=IV= 4x120=480 Watts\nPout=.8 (Pin)= 384 Watts\nHorsepower = Pout/ 746W  = .515 HP or ~1/2 HP
35547
By definition, a watt is "the SI unit of power. Power is the rate at which work is done, or (equivalently) the rate at which energy is expended."\n\nA 50-watt bulb is expending energy at 1/2 the rate of a 100-watt bulb.\n\nSo - if both are shining (not "shinning") for the same amount of time, the 50-watt bulb would use 1/2 the energy of the 100-watt bulb.
210547
power=voltage^2/resistance\nhigher power means lower resistance.
756742
kilo is the prefix meaning 1,000, thus one kilowatt would equal one thousand watts.... if this is for a class you will probably run into some more numerical prefixes so ill give u a few more...\n\nassuming the standard unit is 1:\ncenti-100th\nmilli-1000th\nmicro-1,000,000th\nnano1,000,000,000th
665064
http://en.wikipedia.org/wiki/Horsepower#History_of_the_term_.22horsepower.22
204829
2.6096\n1 horsepower= 0.7456 kilowatt
561
8 amps 900(880) watts
749987
...and to further muddle things, the METRIC hp was determined to be 75 m-kg, about 1.0139 greater than the English hp.\n(Those metric horses must be a little stronger!)
466996
approx. 1600000000Kw hrs of electricity per hour you kept it on\n\nthat would cost a lot of money by the way and you might blow a fuse