Relation between voltage and frequency formula
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Frequency and Voltage are different things.
Voltage is defined in basic electric principles (Physics: Mr. Voltaire) as the potential difference that pushes a current in Amperes through a Resistance in Ohms. This Voltage can be a steady value or a repetitive waveform (square wave, sinewave, triangular etc)
Frequency is the number of cycles that a voltage waveform repeats itself per seconds.
A voltage with 0 frequency in effect is steady at a certain value which is also known as DC voltage.
Any other frequency means a voltage will change from 0 volts to a maximum positive value then back to 0 and over to the same maximum but negatively then back to 0, this process is ONE cycle and is a simplistic way of defining AC voltage.
So 240V AC 50 Hz, means that the voltage waveform does the above cycle fifty time per second and swings between positive 240Volts and negative 240Volts.
Voltage is defined in basic electric principles (Physics: Mr. Voltaire) as the potential difference that pushes a current in Amperes through a Resistance in Ohms. This Voltage can be a steady value or a repetitive waveform (square wave, sinewave, triangular etc)
Frequency is the number of cycles that a voltage waveform repeats itself per seconds.
A voltage with 0 frequency in effect is steady at a certain value which is also known as DC voltage.
Any other frequency means a voltage will change from 0 volts to a maximum positive value then back to 0 and over to the same maximum but negatively then back to 0, this process is ONE cycle and is a simplistic way of defining AC voltage.
So 240V AC 50 Hz, means that the voltage waveform does the above cycle fifty time per second and swings between positive 240Volts and negative 240Volts.
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