The number of values of z which satisfy both the equations `|z-1-i|=sqrt2` and `|z+1+i|=2` is

The number of values of z which satisfy both the equations |z-1-i|=sqrt(2) and |z+1+i|=2 is

Fid the number of complex numbers which satisfies both the equations |z-1-i|=sqrt(2) and |z+1+i|=2

Find the number of complex numbers which satisfies both the equations |z-1-i|=sqrt(2)a n d|z+1+i|=2.

Find the number of complex numbers which satisfies both the equations |z-1-i|=sqrt(2)a n d|z+1+i|=2.

Find the number of complex numbers which satisfies both the equations |z-1-i|=sqrt(2)a n d|z+1+i|=2.

The system of equations |z+1-i|=sqrt2 and |z| = 3 has

The number of values of z satisfying both theequations Arg(z-1-i)=-(3 pi)/(4) and Arg(z-2-2i)=(pi)/(4) is

locus of the point z satisfying the equation |z-1|+|z-i|=2 is

locus of the point z satisfying the equation |z-1|+|z-i|=2 is