Let
, be the roots of the equation be the roots of the equation If then is equal to...............
Let , be the roots of the equation be the roots of the equation If then is equal to...............
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1 Answer
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are roots of x2 -
Also are roots of
is common root
…….(i)
And
….(ii)
From (i) – (ii) ; we get
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(2 – i) z = (2 + i) , put z = x + iy
(ii)
x + 2y = 2
(iii)
Equation of tangent x – y + 1 = 0
Solving (i) and (ii)
Perpendicular distance of point from x – y + 1 = 0 is p = r
f (x) = λ (x-2)²
⇒ 12 = λ (2)² ⇒ λ = 3
f (x) = 3 (x-2)² f (6) = 3 × 4² = 48
Kindly consider the following figure
Let z be those complex numbers which satisfy
If the maximum value of then the value of (α + β) is…….
->Represent a circle
->Represent a line X – y
So max |z + 1|2 = AQ2
Hence α + β) = 48
=
Where
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