If z is a comlex number in the argand plane, the equation `|z-2|+|z+2|=8`represents

If z is a complex number in the argand plane, the equation |z-2|+|z+2|=8 represents

If z is a complex number in the argand plane, then the equation |z-2|+|z+2|=8 represents

If z is a complex number in the argand plane then the equation abs(z-2)+abs(z+2) = 8 represents

In complex plane, the equation |z+ bar z|=|z- bar z| represents :

Locate the region in the argand plane for z satisfying |z+i|=|z-2|.

If z is a complex number such taht z^2=( barz)^2, then find the location of z on the Argand plane.

If z is a complex number such taht z^2=( barz)^2, then find the location of z on the Argand plane.

If z is a complex number such taht z^2=( barz)^2, then find the location of z on the Argand plane.

If z is a complex number such taht z^(2)=(bar(z))^(2) then find the location of z on the Argand plane.

Let z_(1),z_(2) be two fixed complex numbers in the Argand plane and z be an arbitrary point satisfying |z-z_(1)|+|z-z_(2)|=2|z_(1)-z_(2)| . Then the locus of z will be