If `z=(x+iy)` and if the point P in the Argand plane represent z, then describe geo-metrically the locus of P satisfying the equation.
`|z|^(2) =4 Re (z+2)`

If z=(x+iy) and if the point P in the Argand plane represent z, then desrcibe geo-metrically the locus of P satispfying the equation. |2z-3|=7

If Z=x+iy and if the point P in the Argand plane represent Z, then describe geometrically the locus of z satisfying the equation. lmg z^(2)=4

If Z=x+iy and if the point P in the Argand plane represent Z, then describe geometrically the locus of z satisfying the equation. 2|z-2|=|z-1|

If Z=x+iy and if the point P in the Argand plane represent Z, then describe geometrically the locus of z satisfying the equation. |z-2-3i|=5

If z=(x+iy) and if the point P in the Argarand plane represent z, then desrcibe geo-metrically the locus of P satispfying the equation. |z+i|^(2)-|z-i|^(2)=2

If z=(x+iy) and if the point P in the Argarand plane represent z, then desrcibe geo-metrically the locus of P satispfying the equation. |z+4i|+|z-4i|=10

If z = (x + iy) and if the point P in the Argand plane represents z , then discribe geometrically the locus of P satisfying the equations |z + i|^(2) - |z - i|^(2) = 2

If z = x +iy and if the point P in the argand plane represents z then find the locus of P satisfying the equation |z+ 4i| + |z -4i| = 10