All are units used in physics. All are the names of scientists famously associated with electricity.
One Hertz is equal to one cycle/second.
The two are unrelated. Volts is the measurement for Electrictiy. Hertz is a measurement for a transmitted radio wave.
frequency
I will keep the ans. simple. Yes you can. It will cause no problem.
50Hz
hertz.
each is a unit of measurement.
The base units for the SI system are: length-meter, mass-kilogram, time-second, temperature interval-deg kelvin(or celsius), electric current-ampere, amount of substance-mole, luminous intensity-candela. Some derived units are: area-hectare(10,000 sq m), volume-liter, weight-newton, energy-joule, power-watt, pressure-pascal or bar, frequency-hertz, angle-radian, potential difference-volt, resistance-ohm, capacitance-farad, inductance-henry
Here are some common units, and what they measure:volt - voltage ampere - current ohm - resistance siemens - conductance hertz - frequency (dimensionless number) - power factor watt - power
The correct abbreviation in the SI system is kJ, that is small k, large J. It is the convention to use capital letters for units named after real people. This includes A for Ampere, K for Kelvin (degrees absolute), N for Newton, J for Joule, W for Watt, Pa for Pascal, Hz for Hertz, V for Volt, F for Farad, H for Henry. Prefixes seem not so logical. Thus we use small k for thousand times, but large M for million times, small m for one thousandth, and greek mu for one millionth!
The ampere, the volt and the hertz are just two examples.There are many more electrical units named for inventors.
P = Power (Watts) E = Electrical Potential (Volts) I = Current (Amps) A = Amperage or Amps V = Volts R = Resistance (Ohms) C = Capacitance (Farads) F = Farad Hz = Hertz (cycles per second) kHz = kilo Hertz (1000 Hertz) MHz = Megahertz (1,000,000 Hertz) GHz - Gigahertz (1,000,000,000 Hertz) There are many more but this is a start
Hertz.
There are 7 basic units which are dimensionally independent and two supplementary units. These are: Metre (length) Kilogram (mass) Second (time) Ampere (electric current) Kelvin (thermodynamic temperature) Mole (amount of substance) Candela (luminous intensity) The two supplementary units are the radian and steradian which are measures of angles in 2 and 3 dimensional space (respectively). Additionally, there are many other units that can be derived from these and basically, if anyone wants to measure a physical or chemical characteristic, there is probably a metric unit for it. Examples: Pascal, Joule, Watt, Newton, Tesla, Henry, Coulomb, Volt, Farad, Siemens, Weber, Ohm, Lux, Lumen, Becquerel, Gray, Sievert, Hertz, Katal.
Pitch is a frequency and is measured in Hertz. A common tuning pitch is A440; 440 refers to the frequency of the pitch.
Hundreds of measuring units are used in workshops. Examples: volt, ampere, kilogram, centimetre, litre, hertz, centipoise, millimetre, radian etc.
Thomas Alva Edison. Volta Ohm Ampere Faraday Henry Franklin Tesla Morse Steinmetz Westinghouse Hertz Maxwell