AliceT,
By the way, I thought that you were not going to reply to this thread anymore.
Ratch
Your link is damaged, just as mine was. The above link does not take anyone there to the line you quoted. No matter, however. As I said before, it is easy to find references saying phasors and vectors are one and the same. My contention is that they were somewhat different, otherwise they would not have different names. It is not a lie because I did not delibrately mislead you. You could say that I was mistaken or had a different view of what a phasor was, but that does not make it a lie. Just to conclude this discussion, I agreed to accept the notion that a phasors and vectors were a distinction without a difference.To anyone who wants to see evidence of an obvious Ratch lie:
Go to Ratch's previously quoted link, but add the parenthesis at the end....
here I'll do it for you, just cut and paste the following text into your browser, but go back and check his post so you see I don't lie.
http://en.wikipedia.org/wiki/Phasor_(electronics)
So the first line says the following:
In physics and engineering, a phase vector ("phasor") is a representation of a sinewave whose amplitude (A), phase (θ), and frequency (ω) are time-invariant.
By the way, I thought that you were not going to reply to this thread anymore.
Ratch