A hyperbola is given with its vertices at `(-2,0)` and `(2,0)` one of the foci of hyperbola is `(3,0)`. Then which of the following points does not lie on hyperbola (A) `(sqrt24,5)` (B) `(sqrt44, 5sqrt2)` (C) `(sqrt44, -5sqrt2)` (D) `(-6, 5sqrt2)`

A hyperbola is given with its vertices at (-2,0) and (2,0) one of the foci of hyperbola is (3,0) .Then which of the following points does not lie on hyperbola (A) (sqrt(24),5)( B) (sqrt(44),5sqrt(2))( C) (sqrt(44),-5sqrt(2)) (D) (-6,5sqrt(2))

If the vertices of the hyperbola be at (-2,0) and (2,0) and one of the foci be at (-3,0) then which one of the following points does not lie on the hyperbola? (a) (-6,2sqrt(10)) (b) (2sqrt(6),5)(c)(4,sqrt(15))(d)(6,5sqrt(2))

If the eccentricity of a hyperbola is sqrt(3) , the eccentricity of its conjugate hyperbola, is

The length of transverse axis of a hyperbola is sqrt(2) . The foci of hyperbola are same as the foci of ellipse 3x^2+4y^2=12 . Which of the following points does not lie on the hyperbola?

The centre of an ellipse is at origin and its major axis coincides with x-axis. The length of minor axis is equal to distance between foci and passes through the point (sqrt29, 2sqrt(29/5)), then which of the following points lie on ellipse (A) (4sqrt3, 2sqrt2) (B) (4sqrt3, 2sqrt3) (C) (4sqrt2, 2sqrt3) (D) (4sqrt2, 2sqrt2)

if the eccentricity of the hyperbola is sqrt2 . then find the general equation of hyperbola.

sqrt(2)x + sqrt(3)y=0 sqrt(5)x - sqrt(2)y=0

The distance between foci of a hyperbola is 16 and its eccentricity is sqrt2 , then the equation of hyperbola is

If a hyperbola has one focus at the origin and its eccentricity is sqrt(2) one of the directrices x+y+1=0. Then the centre of the hyperbola is.