Ya That does help a lot does this mean for
z=sin(wt)+2cos(wt+pi/4)-cos(wt)
The Real Part would be
Re{e^i(wt-pi/2) + 2e^i(wt-pi/3) - e^i(wt)}
in complex phasor amplitude
Thanks
Hi
Homework Statement
The problem asks to put the following expressions in z={ReA(e^i*)(e^i*)} Form
for
z=3cos(wt)-sin(wt)
z=sin(wt+pi/4)+cos(wt)
z=sin(wt)+2cos(wt-pi/3)-cos(wt)
Homework Equations
The Attempt at a Solution
The problem is I don't even know which...