if z is complex no satisfies the condition | Z |>3. Then find the least value of | Z+ 1/ Z |

Let z be a complex number satisfying the equation (z^3+3)^2=-16 , then find the value of |z|dot

If | z - (3)/(z) | = 2, then the least value of |z| is

The complex number z which satisfies the condition |(i+z)/(i-z)| = 1 lies on

The least value of |z+(1)/(z)|" if "|z|ge 3 is

If z is any complex number such that |z+4|lt=3, then find the greatest value of |z+1|dot

If complex number z(z!=2) satisfies the equation z^2=4z+|z|^2+(16)/(|z|^3) ,then the value of |z|^4 is______.

If z is a complex number satisfying z^4+z^3+2z^2+z+1=0 then the set of possible values of z is

Let z be a complex number satisfying |z+16|=4|z+1| . Then

If w=alpha+ibeta, where beta!=0 and z!=1 , satisfies the condition that ((w- barw z)/(1-z)) is a purely real, then the set of values of z is |z|=1,z!=2 (b) |z|=1a n dz!=1 z= z (d) None of these