Let `z, omega z and z + omega z` represent three vertices of `DeltaABC`, where o is cube root unity, then

If |z| =3 , the area of the triangle whose sides are z , omega z and z + omega z (where omega is a complex cube root of unity) is

If |z| = 3, the area of the triangle whose sides are z, omega z and z + omega z (where omega is a complex cube root of unity) is

If the are of the triangle formed by z,omega z and z+omega z where omega is cube root of unity is 16sqrt(3) then |z|=?

Area of triangle formed by the vertices z,omega z and z+omega z is (4)/(sqrt(3)),omega is complex cube roots of unity then |z| is (A)1(B)(4)/(3)(C)(3)/(4) (D) (4)/(sqrt(3))

If |z|=3 , then area of the triangle whose sides are z , omegaz and z +omegaz (where omega is a complex cube root of unity) is

Let z be a complex number lying on a circle centred at the origin having radius r . If the area of the triangle having vertices as z,zomega and z+zomega , where omega is an imaginary cube root of unity is 12sqrt(3) sq. units, then the radius of the circle r=

Let z be a complex number lying on a circle centred at the origin having radius r . If the area of the triangle having vertices as z,zomega and z+zomega , where omega is an imaginary cube root of unity is 12sqrt(3) sq. units, then the radius of the circle r=

If z is a complex number satisfying |z-3|<=4 and | omega z-1-omega^(2)|=a (where omega is complex cube root of unity then