If `-barz` lies in the third quadrant then `z` lies in the :

If z=x+ iy lies in the third quadrant then, (barz)/(z) also lies in the third quadrant if

If a complex number lies in third quadrant ,then its conjugate lies in the ___ quadrant.

If z = x + iy lies in the third quadrant, then prove that (barz)/(z) also lies in the third quadrant when y lt x lt 0

If z = x + iy lies in the third quadrant, then prove that (barz)/(z) also lies in the third quadrant when y lt x lt 0

If z =x +iy lies in the third quadrant then (barz)/(z) also lies in third quadrant if (i) x gt y gt 0 (ii) x lt y lt 0 (iii) y lt x lt 0 (iv) y gt x gt 0

If sin theta=-3/4 and theta lies in the third quadrant then find tan theta and sec theta

(-2,3) lies in the II quadrant.

If tan thata = 3 and theta lies in third quadrant, then the value of sin theta is :