Find the locus of z = x + iy if |z - 3i| = 4.

Find the equation in cartesian co-ordinates of the locus of z if. | z + 3i | / |z - 6i| = 1

If z = x + i y and . P represents z in the Argands plane. Find the locus of P when: |z + 4i| + |z - 4i| = 10

If z = x + i y and . P represents z in the Argands plane. Find the locus of P when: |z - 2 - 3i| = 5

If z = x + i y and . P represents z in the Argands plane. Find the locus of P when: |z + ai| = |z - ai|

Find the equation in cartesian co-ordinates of the locus of z if. | z - 3 | = 2

Find the equation in Cartesian coordinates of the locus of z =x+ iy If abs(z-2) =3.

If z = x + iy represents z in the Argand's plane. Find the locus of P when. |z + 1|^2 - |z - 1|^2 = 2

If z = x + i y and P represents z in the Argands plane. Find the locus of P when: (z - i) / (z - 1) is purely imaginary.

If z = x + iy and p represents z in the Argand's plane. Find the locus of P when. z (bar z + 3) = 2

Find the equation in cartesian co-ordinates of the locus of z if. | z - 5 + 6i | = 5