If `|z-2|=min{|z-1|,|z-5|},` where `z` is a complex number then

If |z-2|= "min" {|z-1|,|z-3|} , where z is a complex number, then

If |z-2|= "min" {|z-1|,|z-3|} , where z is a complex number, then

If |z-3|=min{|z-1|,|z-5|} , then Re(z) equals to

If |z-3|=min{|z-1|,|z-5|} , then Re(z) equals to

If |z-3|=min{|z-1|,|z-5|} , then Re(z) equals to

If |z-3|=min{|z-1|,|z-5|} , then Re(z) equals to

Solve |z|+z= 2+ i , where z is a complex number

If |z-3| = "min" {|z-1|,|z-5|} , then Re(z) equals to

If z^2+z+1=0 where z is a complex number, then the value of (z+1/z)^2+(z^2+1/z^2)^2+....+(z^6+1/z^6)^2 is