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Let z(1) and z(2) be two non-zero comple...

Let `z_(1)` and `z_(2)` be two non-zero complex numbers such that `(z_(1))/(z_(2)) + (z_(2))/(z_(1)) = 1` , then the origin and points represented by `z_(1)` and `z_(2)`

A

Lie on a straight line

B

Form a right triangle

C

Form an equilateral triangle

D

form an isosceles triangle

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The correct Answer is:
C
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AAKASH SERIES-COMPLEX NUMBERS-EXERCISE -II
  1. The complex numbers z(1) , z(2) and z(3) satisfying (z(1) - z(3))/(z(2...

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  2. The cube roots of unity in an Argand plane represent the vertices of a...

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  3. Let z(1) and z(2) be two non-zero complex numbers such that (z(1))/(z(...

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  4. Let the complex number z(1) , z(2) , z(3) be the vertices of an equila...

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  5. Log (log i) =

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  6. The value of i^(i^(-i…..oo)) = x + iy then x^(2) + y^(2) =

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  7. The real and imaginary parts of log (1 + i) =

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  8. (sin (log i^(i)))^3 + (cos (log i^(i)))^3 =

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  9. z = 6. e^(i (pi)/(3)) then |e^(iz)| =

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  10. tan{ilog((a-ib)/(a+ib))}=

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  11. The locus represented by |z-1|=|z+i| is

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  12. Let z = 1 - t + isqrt(t^(2) + t + 2) , where t is a real parameter . T...

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  13. In the Argand Diagram , all the complex numbers z satisfying |z - 4i| ...

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  14. The region of the argand plane defined by |z-i| + |z +i| le 4 is

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  15. If (z+2)/(z+6i) is purely real then the locus of z = x +iy is

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  16. If |z -1| lt 2 |z - 2| then the locus of z = x + iy is

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  17. If the imaginary part of (2z + 1)/(iz+ 1) is -2 , then the locus of th...

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  18. z = x + iy and w = (1 - iz)/(z-i) , then |w| = 1 implies in the comple...

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  19. If Amp ((z+2)/(z-4i))=pi/2 then the locus of z = x + iy is .

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  20. If Arg ((2 - z)/(2 + z)) = (pi)/(6) and z = x + iy , then the locus of...

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