Yes because they are incandescent-filaments lamps so they are purely resistive loads. Simply ensure the operating voltage is correct.
In North America, it is 60 Hertz, and in Europe it is 50 hertz.
50 hertz.
The same as charging at 60 hertz if you are in a county that runs at 50 hertz and have a charger that runs at 50 hertz.
50. Hertz is the same as cycles per second.
A 50-watt type G-10 bulb refers to a light bulb that consumes 50 watts of power and has a G-10 base type. G-10 bulbs are commonly used in specialty lighting fixtures, such as some recessed lighting and pendant lights.
Being a resistive load it would work. The hard part of this procedure will be inserting a 50 Hertz plug into a 60 Hertz receptacle. The pin configurations of the two systems do not match each other.
No, the U.S. electrical system is 60 hertz not 50 hertz. The only way you can use it is if the charger will operate at 50 & 60 hertz which is unlikely but possible. It will be listed on the charger if it will operate at a lower hertz.
Yes. It just won't be as bright.
50 Europe 60 USA
50Hz
It's "hertz", not "hetz". The number of hertz is the frequency. For example, if the current has a frequency of 50 hertz... well, that's the frequency. Hertz is equivalent to cycles/second, and it is sometimes written that way. So, 50 hertz could also be written as 50 cycles/second.
Sure if you are in a country that uses the 50 hertz cycle and you have a charger designed to run at 50 hertz. In the U.S. it will not work. ------------------------------------------------------------ A battery charges on DC, not AC. The battery charger may not work at the wrong frequency, however.