Find the locus of a complex number `z = x + iy` satisfying the relation `|2z+3i| leq |2z+5|`. Illustrate the locus in Argand plane.

Find the locus of a complex number z= x + yi , satisfying the relation |2z+ 3i| ge |2z + 5| . Illustrate the locus in the Argand plane.

Find the locus of a complex number z=x+ iy satisfying the relation |2z+3i|<=|2z+5|. Illustrate the locus in Argand plane.

Find the locus of a complex number z= x+yi , satisfying the relation |3z- 4i| le |3z + 2| . Illustrate the locus in the Argand plane

Find the locus of a complex number z=x +yi , satisfying the relation |z +i|=|z+ 2| . Illustrate the locus of z in the Argand plane

Find the locus of a complex number, z=x +iy , satisfying the relation |(z-3i)/(z+3i)| le sqrt(2) . Illustrate the locus of z in the Argand plane.

Find the locus of a complex number z= x+ yi satisfying the relation arg (z-a)=(pi)/(4), a in R Illustrate the locus of z in the Argand plane

Find the locus of the complex number z=x+iy , satisfying relations arg(z-1)=(pi)/(4) and |z-2-3i|=2 .

The locus of a complex number z satisfying |z-(1+3i)|+|z+3-6i|=4

If a complex number z satisfies the relation z^2+z^(-2)=2 , then the locus of z is

Find the locus of the complex number, Z = x + iy given, |(x+iy-2i)/(x+iy+2i)|= sqrt(2)