Let P point denoting a complex number z on the complex plane. `i.e. z=Re(z)+i Im(z)," where "i=sqrt(-1)``if Re(z)=xand Im (z)=y,then z=x+iy` Number of integral solutions satisfying the eniquality`|Re(z)|+|Im(z)|lt21,.is`

Let P point denoting a complex number z on the complex plane. i.e. z=Re(z)+i Im(z)," where "i=sqrt(-1) if" "Re(z)=x and Im(z)=y,then z=x+iy .The area of the circle inscribed in the region denoted by |Re(z)|+|Im(z)|=10 equal to

Let P point denoting a complex number z on the complex plane. i.e. z=Re(z)+i Im(z)," where "i=sqrt(-1) if" "Re(z)=x and Im(z)=y,then z=x+iy .The area of the circle inscribed in the region denoted by |Re(z)|+|Im(z)|=10 equal to

Let P point denoting a complex number z on the complex plane. i.e. z=Re(z)+i Im(z)," where "i=sqrt(-1) if" "Re(z)=x and Im(z)=y,then z=x+iy .The area of the circle inscribed in the region denoted by |Re(z)|+|Im(z)|=10 equal to

Let P point denoting a complex number z on the complex plane. i.e. z=Re(z)+i Im(z)," where "i=sqrt(-1) if" "Re(z)=x and Im(z)=y,then z=x+iy .The area of the circle inscribed in the region denoted by |Re(z)|+|Im(z)|=10 equal to

Let Papoint denoting a comples number z on the complex plane. i.e." "z=Re(z)+i Im(z)," where "i=sqrt(-1) if" "Re(z)=xand Im (z)=y,then z=x+iy If Pmovew such that |Re(z)|+|Im(z)=a(ainR^(+)) The locus of P is

Let Papoint denoting a comples number z on the complex plane. i.e." "z=Re(z)+i Im(z)," where "i=sqrt(-1) if" "Re(z)=xand Im (z)=y,then z=x+iy If Pmovew such that |Re(z)|+|Im(z)=a(ainR^(+)) The locus of P is

If a point P denoting the complex number z moves on the complex plane such that,|Re(z)|+|Im(z)|=1 then locus of P is

If a point P denoting the complex number z moves on the complex plane such that |RE(z)|+|IM(z)|=1 then locus of P is

If z is a complex number such that Re (z) = Im(z), then