[" Let "z=x+" iy lie in second quadran.If "(z)/(z)" lies in the "],[" fourth quadrant then "]

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

If z=x+ iy lies in III quadrant,then (bar(z))/(z) also lies in III quadrant If:

If z = a + ib lies in III quadrant then (bar(z))/(z) also lies in the III quadrant if

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 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 z = x + iy lies in III quadrant, then bar z / z also lies in III quadrant If:

If z = x + iy lies in III quadrant, then bar z / z also lies in III quadrant If:

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