Wave speed = (frequency) x (wavelength) = (50) x (20) = 1,000 meters.
10 m
Yes, it may be possible but it is not recommended. The difference in frequency can affect the operation of the machine and potentially damage it. It is best to use the machine with the specified voltage and frequency to ensure optimal performance and safety.
You would need to use a transformer to step up the voltage from 220V to 240V. However, changing the frequency from 50Hz to 60Hz is more complicated and may require a frequency converter, which can be costly and may not be practical for a household appliance like a clothes dryer. It's recommended to consult a professional electrician before attempting to modify the electrical system.
It may, or it may not. Some devices are specifically designed for one frequency, and won't work on another frequency. It is safest to look at the electrical specifications; if it says something like "50 or 60 Hz", it should work on both; if it says "60 Hz", then it is better not to use it, if you get your electricity at 50 Hz.add Consider an electric clock bought from US (60Hz) to New Zealand (50Hz) - it would run slower. (Of more importance is the difference in voltage.) Ignoring the voltage difference (suppose you have an 230:110 v transformer), the actual power delivered by a tool will be less, because the hysteresis curve of the iron will be different at the two frequencies. Iron is used as part of the electromagnetic motor system.
isochronous means generator zero drop during parale operationdroop means the generator at 100% load the frequency is50 HZand at no load have more tahn 5oHz eg.. generator set at 4% droop it means at no load the frequency is 104% x 50Hz.
10 m
Supply Frequency in UAE is 50Hz
standard frequency in India is 50Hz
220v 50Hz
The mains supply in Scotland is 50Hz.
50Hz
at low frequency less than 50hz the voltage gain decreases with decreasing frequency and at mid frequency{50hz to 20khz} the voltage gain is uniform because resistor value are independent of frequency change and at the high frequency votage gain falls.
The mains voltage is 230 volts, and the frequency is 50Hz.
50hz
1/50 or 0.02 seconds
Voltage has nothing to with frequency
assuming that the electrons travel very close to C (the speed of light, i.e. 299 792 458 m / s) then simply using:Wavelength = Velocity / frequency it is given: Wavelength @50Hz= (299 792 458 (m*sec-1))/(50 (sec-1))=599584917 m = ~6000km (remember that once the distance gets to factors of 25%, 50%, 100%, 125% ... of the wavelength, funny stuff happens to your transmission line due to the equivalent impedance at the receiving point!)