The complex number `z` satisfies `z+|z|=2+8i`. find the value of `|z|-8`

The complex number z satisfying z+|z|=1+zi then the value of |z|^(2) is

The complex number z satisfying z+|z|=1+7i then |z|^(2)=

If z is any complex number satisfying |z-3-2i|<=2 then the maximum value of |2z-6+5i| is

Suppose that z is a complex number the satisfies |z-2-2i|<=1. The maximum value of |2iz+4| is equal to

If z is a complex number satisfying |z|^(2)-|z|-2 lt 0 , then the value of |z^(2)+zsintheta| , for all values of theta , is

Among the complex numbers z which satisfies |z-25i|<=15, find the complex numbers z having

If complex number z satisfies amp(z+i)=(pi)/(4) then minimum value of |z+1-i|+|z-2+3i| is

if z is a complex number such that z+|z|=8+12i, then the value of |z^(2)| is equal to

If z is any complex number satisfying |z-3-2i|le 2 , then the maximum value of |2z - 6 + 5 i| is ___