Whoa.... Please rethink your question and ask it differently because:
North America uses 60 Hz at 120 or 240 Volts power. Normally 120 volts in hotel rooms and home living areas; normally 240 volts for an electric kitchen stove.
Europe, Asia & Australia use 50 Hz at 240 Volts power. Everywhere.
Both 50 Hertz (Hz) and 60 Hz refer to the number of cycles for Alternating Current (AC) as opposed to zero cycles in Direct Current (DC). Flashlights and automobiles work off their DC battery.
There is a historical reason why North America and Europe use different cycle (hertz) systems but for the traveller this is what you should know:
1) A 120 volt electronic device will blow up or smoke or melt if plugged into a 240 volt system.
2) A 240 volt electronic device will either run slow or not at all if plugged into a 120 volt system.
3) Most countries have their own style electronic plug to match a wall socket (mains) so the chances of YOUR device matching the visited country's wall socket is not promised.
4) Many devices such as modern laptop computers have dual-voltage/dual cycle power adapters that allow them to be used world-wide. Some devices such as modern hair dryers have a switch in the handle allowing the user to choose between 120V or 240V.
5) 120V is sometimes called 110V and 240V is sometimes called 220V - as a traveller you really don't care about terminology and it makes no difference to you or your electronic device(s).
If a bulb has 50 Hz frequency and it's supply is 60 Hz frequency, it will still glow, despite the allowance of 10 HZ frequency.
It is a motor where the frequency of the AC voltage is 50 cycles per second. In U.S.A. 60 Hz is standard. 50 Hz would be overseas.
240 V @ 50 Hz (US and Canada are 120 V @ 60 Hz)
The frequency is dependant upon what electrical grid that you are connecting the transformerto. If you are connected to a 50 Hz grid, the transformer will output a voltage at 50 Hz. The same thing with the 60 Hz grid, the transformer will output a voltage at 60 Hz.
Using a standard frequency makes it easier to acquire all forms of electrical equipment. European countries decided to use 50 Hz when electricity supplies started, while most American countries have always used 60 Hz. Japan uses both 50 and 60 Hz. Pakistan decided to go with the European standard. 50 Hz gives a slightly lower transmission loss over long distances, but the transformers and other magnetic components have to be made 20% larger than for 60 Hz.
10 Hz 10 Hz
There is no inherent disadvantage of 50 Hz compared with 60 Hz, bearing in mind that systems that run at 50 Hz are designed to run at 50 Hz.
If a bulb has 50 Hz frequency and it's supply is 60 Hz frequency, it will still glow, despite the allowance of 10 HZ frequency.
In North America 60 Hertz. Europe 50 Hertz.
It is a motor where the frequency of the AC voltage is 50 cycles per second. In U.S.A. 60 Hz is standard. 50 Hz would be overseas.
60 Hz in North America, 50 Hz in Europe.
No, a device designed to work on 50 Hz/60 Hz at 120 VAC will not work on 220 VAC without a voltage converter or transformer. The difference in voltage can damage the device and may not function properly. Always ensure that the device is compatible with the voltage and frequency of the power supply before connecting it.
Generally speaking, an isolation transformer will work pretty much the same for 50 Hertz as for 60 Hertz. There will be some slight differences, but the frequency is low enough and the the range narrow enough that the transformer will just "do its thing" regardless. Note that the isolation transformer won't change the frequency of the input. An input of 50 Hz or 60 Hz will yield an output of 50 Hz and 60 Hz respectively. No change should be expected.
Yes !
motor will run at a faster rate.....
As clock motors are synchronous in design for a particular frequency, the 60 Hz clock will run slower on 50 Hz.
The main difference between 50 Hz and 60 Hz is the frequency at which they operate. 50 Hz is a standard frequency used in many countries for electrical systems and appliances, while 60 Hz is commonly used in countries like the United States. The higher the frequency, the faster the alternating current cycles.