[" If "x" and "y" are complex numbers,then the system of equation "],[(1+i)x+(1-i)y=1,2ix+2y=1+i" has "]

If x and y are complex numbers, then the system of equations (1+i)x+(1-i)y=1,2i x+2y=1+i has

If x and y are complex numbers,then the system of equations (1+i)x+(1-i)y=1,2ix+2y=1+i has Unique solution No solution Infinite number of solutions None of these

If x and y are complex numbers, then the system of equations (1+i)x+(1-i)y=1,2i x+2y=1+i has (a) Unique solution (b) No solution (c) Infinite number of solutions (d) None of these

If xa n dy are complex numbers, then the system of equations (1+i)x+(1-i)y=1,2i x+2y=1+i has Unique solution No solution Infinite number of solutions None of these

If xa n dy are complex numbers, then the system of equations (1+i)x+(1-i)y=1,2i x+2y=1+i has Unique solution No solution Infinite number of solutions None of these

The system of equations x+2y=3,2x-3y=5 and x -12y =1 has

If -3+ix^2y and x^(2)+y+4i are conjugate complex numbers , then x =

If 3+i x^(2) y and x^(2)+y+4 i are conjugate complex numbers then x^(2)+y=

Solve (1−i)x+(1+i)y=1−3i, find x and y