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The descending order of the moduli of ...

The descending order of the moduli of
`z_(1) = (3 - 4i) (4 + 3i) , z_(2) = (3 + 4i)/(1 +i) , z_(3) = ((3 + i) (2- i))/(1+ i) , z_(4) = 5 + 12 i` is

A

`z_(1) , z_(4) , z_(3) , z_(2)`

B

`z_(4) , z_(2) , z_(1) z_(3)`

C

`z_(3) , z_(1) , z_(2) , z_(4)`

D

`z_(4) , z_(3) , z_(2) , z_(1)`

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A
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AAKASH SERIES-COMPLEX NUMBERS-EXERCISE - I
  1. If amp (z-i) =pi//3 then the locus of z is

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  2. The locus of Z satisfying |z| + |z - 1| = 3 is

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  3. If the amplitude of z - 2 - 3i " is " pi//4 , then the locus of z = x ...

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  4. The complex number (1 + 2i)/(1 - i) lies in the

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  5. If three complex number are in A.P then they lie on

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  6. In the Argand plane, the points represented by the complex numbers 2-6...

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  7. The condition for the points z(1) , z(2) , z(3) , z(4) taken in order ...

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  8. The equation of the line joining the points represented by 2- 3i and -...

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  9. The number of complex number z such |z-1|=|z+1|=|z-i| equals

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  10. Statement - I : If z(1) and z(2) are two nonzero complex numbers such ...

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  11. Statement - I : If a and b are positive real numbers then sqrt(-a) xx ...

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  12. Statement - I : If z = barz then z is purely imaginary Statement- II...

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  13. In Argand plane , the quadrant in which (1 + 2i)/(1 -i) lies is

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  14. The descending order of the moduli of z(1) = (3 - 4i) (4 + 3i) , z(...

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  15. Match the following:

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  16. (3 - omega) ( 3- omega^(2)) ( 3- omega^(4)) (3 - omega^(8)) =

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  17. i+ i^(2) + i^(3) + i^(4) + …. + i^(100)

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  18. 1 + omega + omega^(2) + ….. + omega^(300)

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  19. i+ 2i^(2) + 3i^(3) + 4i^(4) + …. + 100i^(100) =

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  20. omega + 2omega^(2) + 3 omega^(3) + ….. 90 omega^(90) =

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