Take three symmetrically placed conductive coils. We know that when injected three$-$phase currents

with$120$ phase shifts, such that $=$sin $(),=$sin $(120),$ and $=$

$$sin $($t $240),$ we will have a rotating magnetic field with a counterclockwise direction. What will happen if we swap the phase shift order? If i'aa $=$ Im sin wt

$$bb$\text{'}=$ sin$($ wt$-240),$ icc'$=$ Imsin$($wt$-120),$ then what is the synthesized rotating magnetic field Bnet?