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

The complex number z satisfying the equation |z-i|=|z+1|=1

If z is a complex number satisfying the equaiton z^(6) - 6z^(3) + 25 = 0 , then the value of |z| is

Non-real complex number z satisfying the equation z^(3)+2z^(2)+3z+2=0 are

Let z be a non - real complex number which satisfies the equation z^(23) = 1 . Then the value of sum_(22)^(k = 1 ) (1)/(1 + z ^( 8k) + z ^( 16k ))

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

Find a complex number z satisfying the equation z+sqrt(2)|z+1|+i=0

Let z be a complex number satisfying the equation z^(2)-(3+i)z+m+2i=0, wherem in R Suppose the equation has a real root.Then root non-real root.

For the complex number z satisfying the condition |z+(2)/(z)|=2 , the maximum value of |z| is

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 the equation |z+i|+|z-i|=8, on the complex plane thenmaximum value of |z| is