The point of intersection the curves
arg ( z - i + 2 ) = and arg ( z + 4 - 3i ) = is given by
If 1, α1,α2,α3.........and α8 re nine, ninth roots of unity (taken in counter-
clockwise sequence) then | ( 2 - α1 ) (2 - α3) ( 2 - α5 ) ( 2 - α7 ) | is equal to :
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If 'z' is complex number then the locus of ‘z’ satisfying the condition
|2z - 1| = | z - 1 | is
If t and c are two complex numbers such that | t | = 1 and z = z = x + iy , Locus of z is (where a, b are complex numbers)
If ω is an imaginary cube root of unity, then (1+ ω - ω2 )7 is equal to
If a complex number z satisfies | 2z + 10 + 10i | < 5 √3 - 5, then the least principal argument of z is.
Image of the point, whose affix is in the line (1 + i ) z + ( 1 - i ) is the point whose affix is :
Let S denote the set of all complex numbers z satisfying the inequality |z - 5i| < 3.The complex numbers z in S having least positive argument is :
Number of solution of the equation where z is a complex number is :