Unlikely but possible - read the data sheet. If you don't have the data sheet it probably exists on the www.
Most solid-state electronics operate on d.c. Providing its in-built power supply (i.e. transformer, rectifier, smoothing circuits) can support either frequency, then there should be no problem. My hi-fi amplifer, tuner, and electrostatic loudspeakers are each designed to work on either 50 or 60 Hz. My LCD television is designed to work at either frequency. Most laptop computers and mobile phones can be charged at either frequency as they are intended to be used internationally.
R.A.N. INTERNATIONAL ELECTRONICS
Solid state drives are drives that run off of flash memory rather than a hard disk.
the 50Hz things have a bit more iron and copper will run a bit cooler at 60hz
No because the pump motor will run too fast and the lifetime of the fridge will be severely reduced.
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.
Different consumer electronics are designed for different batteries. The range of electronics is too vast to give any other answer
Yes, and it will run a little faster on 60 Hertz.
It is a machine or device that been run or tranducer by electronics
In America we use 60 hertz power. It is changed to d.c. to operate the unit. Their processors run at high frequencies. Many megahertz. You have to know which system to know that frequency.
One hertz is equal to one cycle per second. The hertz is named after German physicist Heinrich Hertz (1857-1894). In the computer, 10 MHZ is ten million cycles per second. This stream of "pulses" might be used as a clock to orderly conduct a sequence of events (like run a computer program).
Yes, of course they will as long as the computer is designed to run on the volts and hertz in whatever African country you are referring to.