The complex number which satisfies the condition `|(i+z)/(i-z)|=1\ ` lies on a. circle `\x^2+y^2=1` b. the x-axis c. the y-axis d. the line `x+y=1`

The complex number z which satisfies the condition |(i +z)/(i-z)|=1 lies on:

The complex number z which satisfies the condition |(i+z)/(i-z)| = 1 lies on

The complex number which satisfies the condition |(i+z)/(i-z)|=1 lies on circle x^(2)+y^(2)=1 b.t the x-a xi s c. the y-a xi s d.the l in ex+y=1

The complex number z which satisfies the condition |frac{i+z}{i-z}| = 1 lies on.

The complex number which satisfies the condition |(i+z)/(i-z)|=1\ lies on a. c i r c l e\ x^2+y^2=1 b. t h e\ x-a xi s c. t h e\ y-a xi s d. t h e\ l in e\ x+y=1

If the complex number z=x+ iy satisfies the condition |z+1|=1 , then z lies on

The complex number z = x + iy , which satisfies the equation |(z-5i)/(z+5i)| =1 , lies on:

The complex plane of z=x+iy , which satisfies the equation |(z-5i)/(z+5i)|=1 , lies on

The complex number z which satisfies the condition |(i+z)/(i-z)|=1 lies on the (i) y -axis (ii) x-axis (iii) line x+y=1 (iv) circle x^(2)+y^(2)=1