Hertz are a frquency, so if you have 1 hertz it is 1 hertz/second if you have 2 hertz =2 hertz second and so on, so a Intel processor at 2.4ghz would be 2.4 billion hertz a second.
After the German physicist , Heinrich Hertz.
1,000,000,000 Hertz=1 Gigahertz
hertz is what frequency waves are measured in.
20 hertz to 20,000 hertz
No.
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.
An AC waveform is a sine wave and varies from positive to negative with a frequency of 60 Hertz (Cycles per Second). DC is a constant voltage and does not vary like the sine wave.
'Hertz' is the modern name for 'cycles per second' and represents how many times an alternating current (AC) changes from + to - per second and has nothing to do with voltage that can be either AC or DC. Tus if you have an alternator and can rotate the shaft 60 times per second with a voltage of 120 volts you will produce the same AC voltage that you find in your wall outlet (Alternators produce AC while generators produce DC electricity.
Hertz are a frquency, so if you have 1 hertz it is 1 hertz/second if you have 2 hertz =2 hertz second and so on, so a Intel processor at 2.4ghz would be 2.4 billion hertz a second.
Hertz. Hz
DC stands for "direct current", AC for "alternating current". A direct current flows in a single direction; an alternating current changes its direction all the time, typicall 100 or 120 times a second (twice the frequency, which is measured in hertz).
Zero = Nothing = Nil = 0 Hertz or Cycles per Second Direct Current is just as its name says: it does not alternate so it does not have any "frequency".
DC is direct current, current travels in one direction. AC is alternating current, current changes direction twice per cycle. 60 Hertz would change direction 120 times per second.
Unsure.
Hertz is the unit of measure for frequency, named after Heinrich Hertz
hertz.