Let `(-2 -1/3 i)^3=(x+iy)/27 (i= sqrt(-1))` where x and y are real numbers then y-x equals

If (-2-(1)/(3)i)^(3)= (x+iy)/(27),xy, in R then y-x equals

If ((3)/(2)+ (sqrt(3))/(2))^(50)=3^(25)(x+iy) where x and y are real, then the ordered pair (x,y) is

If ((3)/(2)+i(sqrt(3))/(2))^(50)=3^(25)(x+iy) ,where x and y are real , then the ordered pair (x,y) is -

Perform the indicated operation and give your answer in the form x + iy, where x and y are real numbers and i = sqrt (-1) . (1/2+1/4i)(-2/3-1/4i) .

Perform the indicated operation and give your answer in the form x + iy, where x and y are real numbers and i = sqrt (-1) . (5+2i)/(-1+sqrt 3 i) .

Suppose z=x+iy where x and y are real numbers and i=sqrt(-1) the points (x,y) for which (z-1)/(z-i) is real lie on

Suppose z=x+iy where x and y are real numbers and i=sqrt(-1) . The points (x ,y) for which (z-1)/(z-i) is real . Lie om -

The number of solutions of the equation (x^(4)+2x i)-(3x^(2)+iy)=(1+2yi)+(3-5i), where x and y are positive real is