there is NO reason for this question other than I want to know.
so I understand the basic of ac theory. a wavelength goes up and down this frequency or hz of the voltage. in Australia the difference is 240volts from top to bottom and changes 60 times per second (so I assume -120 to 120 and back to the bottom 60 times per second)
the question I have is: if what I said is right, which I am assuming it's not, then when you add even a second power plant into the equation how do the 2 power plants synchronise together?
it would end up looking something like the above diagram right? so on average they cancel each other out......
so I understand the basic of ac theory. a wavelength goes up and down this frequency or hz of the voltage. in Australia the difference is 240volts from top to bottom and changes 60 times per second (so I assume -120 to 120 and back to the bottom 60 times per second)
the question I have is: if what I said is right, which I am assuming it's not, then when you add even a second power plant into the equation how do the 2 power plants synchronise together?
it would end up looking something like the above diagram right? so on average they cancel each other out......