How many watts is equal to 60 Hz?

Answer 1

Wavelength = speed/frequency = 45/60 = 0.75 meter.

Answer 2

That question does not make any sense.

60Hz is short for "60 Hertz." It means sixty times per second. What is the wattage of sixty times per second? See what I mean?

60Hz happens to be the frequency of the alternating current supplied by the national electric power grid in the U.S.A., and in a few other countries. Are you asking how many watts you can pull from the power grid? That would be something you could discuss with you local electric utility. Are you asking how many watts you can safely pull from any one electrical outlet? The answer depends on the type of outlet. The most common type (NEMA 6-15) can safely handle about 1500 watts if it is properly installed.

Answer 3

So electricity moves very near the speed of light ~186,000 miles per second.

There are 5280 feet in a mile. which means electricity moves at about ~982,080,000 feet per second. 60 Hz means sixty cycles per second or 60 waves per second 982,080,000/60 gives you wave length. or ~16368000 feet per wave.

Answer 4

Watts and Frequency (Hz) are two different measurements. Wattage is the product of amps times volts. Frequency (Hz) is a measurement used with alternating current. Alternating current changes it's direction (cycles) so many times per second. 60 Hz is 60 cycles per second.

Answer 5

Amps and Hz are unrelated. Perhaps you should get a basic understanding of electricity by either reading some books on basic electricity or by attending school and listening to the science teacher.

Answer 6

That depends on how much voltage is applied, because Volts x Amps = Watts. So find out your Voltage and multiply it by the amperage to get your wattage.

60Hz is standard for AC (hence the term Alternating Current) and used for long distance power transmissions and even household currents. Usually what is coming out of the socket is around 120 Volts (240 for appliances and other countries). So applying this formula to this is simple: 120Vx5A=600 Watts or 240Vx5A=1200 Watts. So on so forth...

Simply multiplying volts times amps gives what's called Volt-Amperes or apparent power. Volt-Amperes equal watts (real power) in largely resistive circuits. Circuits with motors, Transformers and inductors have power factors that must be taken into consideration when calculating watts. For example, in a motor circuit with a power factor .6, the watts would be Volts X Amps X .6

Answer 7

They're entirely different entities and don't compare like that at all. Watts is power, and Hertz is rate of change. Go back and read up on the definitions.

Answer 8

You need amps

Answer 9

0.75 m

Answer 10

0.75 meter.