JEE Questions for Maths Conic Section Quiz 1 - MCQExams.com


Maths-Conic Section-17298.png
  • 2x - 3y = 1
  • x = 0
  • x = 1
  • y = 0
Eccentricity of rectangular hyperbola is

  • Maths-Conic Section-18544.png
  • 2)
    Maths-Conic Section-18545.png

  • Maths-Conic Section-18546.png

  • Maths-Conic Section-18547.png
The parameters from of the ellipse 4(x + 1)2 + (y - 1)2 = 4 is
  • x = cos θ - 1, y = 2 sin θ - 1
  • x = 2cos θ - 1, y = sin θ + 1
  • x = cos θ - 1, y = 2 sin θ + 1
  • x = cos θ + 1, y = 2 sin θ + 1
  • x = cos θ + 1, y = 2 sin θ - 1
The length of the transverse axis of a hyperbola is 2cos α. The foci of the hyperbola are the same as that of the ellipse 9x2 + 16y2 = 144. The equation of the hyperbola is

  • Maths-Conic Section-17034.png
  • 2)
    Maths-Conic Section-17035.png

  • Maths-Conic Section-17036.png

  • Maths-Conic Section-17037.png

  • Maths-Conic Section-17038.png

Maths-Conic Section-17039.png
  • an ellipse
  • a hyperbola
  • a circle
  • none of these

Maths-Conic Section-17040.png

  • Maths-Conic Section-17041.png
  • 2)
    Maths-Conic Section-17042.png

  • Maths-Conic Section-17043.png

  • Maths-Conic Section-17044.png

Maths-Conic Section-17045.png
  • an ellipse
  • a hyperbola
  • a circle
  • none of these
If the distance directrices of a rectangular hyperbola is 10, then distance between its foci will be
  • 10√2
  • 5
  • 5√2
  • 20

Maths-Conic Section-17046.png

  • Maths-Conic Section-17047.png
  • 2)
    Maths-Conic Section-17048.png

  • Maths-Conic Section-17049.png

  • Maths-Conic Section-17050.png

Maths-Conic Section-17051.png
  • 0
  • 1
  • 2
  • 3
The distance between the foci of the hyperbola x2 - 3y2 - 4x - 6y - 11 = 0 is
  • 4
  • 6
  • 8
  • 10
The eccentricity of the ellipse 9x2 + 5y2 - 30y = 0 is
  • 1/3
  • 2/3
  • 3/4
  • 4/5

Maths-Conic Section-17052.png
  • Eccentricity
  • Directrix
  • Abscissae of vertices
  • Abscissae of foci
The foci of the conic section 25x2 + 16y2 - 150x = 175 are
  • (0, ± 3)
  • (0, ± 2)
  • (3, ± 3)
  • (0, ± 1)

Maths-Conic Section-17054.png
  • 3y = ± 25
  • y = ± 3
  • 3y = ± 5
  • y = ± 5
The equation of the latusrectum of the parabola x2 + 4x + 2y = 0, is equal to
  • 2y + 3 = 0
  • 3y = 2
  • 2y = 3
  • 3y + 2 = 0

Maths-Conic Section-17056.png
  • 4
  • 8
  • 10
  • 12
The equation of the common tangent touching the circle (x -3)2 + y2 = 9 and the parabola y2 = 4x above the x-axis is

  • Maths-Conic Section-17057.png
  • 2)
    Maths-Conic Section-17058.png

  • Maths-Conic Section-17059.png

  • Maths-Conic Section-17060.png
The equation of the directrix of the parabola y2 + 4y + 4x + 2 = 0 is
  • x = -1
  • x = 1
  • x = -3/2
  • x = 3/2
Coordinates of the foci of the ellipse 5x2 + 9y2 + 10x - 36y - 4 = 0,a re
  • (1,and (-3, 2)
  • (2,and (-3, 2)
  • (1,and (3, 2)
  • None of these

Maths-Conic Section-17061.png

  • Maths-Conic Section-17062.png
  • 2)
    Maths-Conic Section-17063.png

  • Maths-Conic Section-17064.png

  • Maths-Conic Section-17065.png
The locus of the mid-point of the line segment joining the focus to a moving point on the parabola y2 = 4ax is another parabola with directrix
  • x = –a
  • x = –a/2
  • x = 0
  • x = a/2

Maths-Conic Section-17066.png
  • 8
  • 12
  • 16
  • 20
The eccentricity of the hyperbola conjugate to x2 - 3y2 = 2x + 8 is
  • 2/√3
  • √3
  • 2
  • None of these
The eccentricity of the hyperbola 9x2 - 16y2 - 18x - 64y - 199 = 0 is
  • 16/9
  • 5/4
  • 25/16
  • 0

Maths-Conic Section-17067.png
  • centre only
  • centre, foci and directrices
  • centre, foci and vertices
  • centre and vertices
The locus of the point which moves such that rhe ratio of its distance from two fixed points in the plane is always a constant K (
  • a hyperbola
  • an ellipse
  • a straight line
  • a circle

Maths-Conic Section-17068.png
  • 13/3
  • √13
  • √3
  • √13/3
  • 5/3

Maths-Conic Section-17069.png
  • 192
  • 64
  • 16
  • 32
  • 128
The equation of the common tangent to the curves y2 = 8x and xy = –1 is
  • 3y = 9x + 2
  • y = 2x + 1
  • 2y = x + 8
  • y = x + 2
The eccentricity of the conic 4x2 + 16y2 - 24x - 32y = 1 is
  • 1/2
  • √3
  • √3/2
  • √3/4

Maths-Conic Section-17070.png
  • 27/4 sq. units
  • 9 sq. units
  • 27/2 sq. units
  • 27 sq. units
For the ellipse 24x2 + 9y2 - 120x - 90y + 225 = 0, the eccentricity is equal to
  • 2/5
  • 3/5

  • Maths-Conic Section-17071.png
  • 1/5
If b and c are the lengths of the segments of any focal chord of a parabola y2 = 4ax, then the length of the semi - latusrectum is

  • Maths-Conic Section-17072.png
  • 2)
    Maths-Conic Section-17073.png

  • Maths-Conic Section-17074.png

  • Maths-Conic Section-17075.png
The focal chord to y2 = 16x is tangent to (x – 6)2 + y2 = 2, then the possible values of the slope of this chord, are
  • {–1, 1}
  • {–2, 2}
  • {–2, –1/2}
  • {2, –1/2}
The latusrectum of the parabola y2 = 4ax, whose focal chord is PSQ, such that SP = 3 and SQ = 2 is given by
  • 24/5
  • 12/5
  • 6/5
  • 1/5
Distance between foci is 8 and distance between directrices is 6 of hyperbola, the length of latusrectum is
  • 4√3
  • 4/√3

  • Maths-Conic Section-17076.png
  • None of these
The distance between the directrices of the hyperbola x = 8 secθ, y = 8 tanθ is
  • 8√2
  • 16√2
  • 4√2
  • 6√2

Maths-Conic Section-17077.png
  • 3/4
  • 3/5
  • √41/4
  • √41/5
The eccentricity of the ellipse 25x2 + 16y2 - 150x - 175 = 0 is
  • 2/5
  • 2/3
  • 4/5
  • 3/4
  • 3/5
The locus of a point which moves such that the difference of its distance from two fixed points is always a constant, is
  • a circle
  • a straight line
  • a hyperbola
  • an ellipse
Let A and B be two distinct points on the parabola y2 = 4x. If the axis of the parabola touches a circle of radius 2 having AB as its diameter, then the slope of the line joining A and B can be
  • - (1/2)
  • 1/2
  • 1
  • None of these
If a ≠ 0 and the line 2bx + 3cy + 4d = 0 passes through the points of intersection of the parabolas y2 = 4ax and x2 = 4ay, then
  • d2 + (2b - 3c)2 = 0
  • d2 + (3b - 2c)2 = 0
  • d2 + (2b + 3c)2 = 0
  • d2 + (3b + 2c)2 = 0

Maths-Conic Section-17080.png
  • abscissae of vertices
  • abscissae of foci
  • eccentricity
  • directrix
If the foci of the ellipse x2/9 + y2 = 1 subtend right angle at a point P. Then, the locus pf P is
  • x2 + y2 = 1
  • x2 + y2 = 2
  • x2 + y2 = 4
  • x2 + y2 = 8
The distance between the vertex of the parabola y2 = x2 - 4x + 3 and the centre of the circle x2 = 9 - (y - 3)2 is
  • 2√3 units
  • 3√2 units
  • 2√2 units
  • √2 units
  • 2√5 units
The parabola y2 = 4x and the circle x2 + y2 - 6x + 1 = 0 will
  • intersect at exactly one point
  • touch each other at two distinct points
  • touch each other at exactly one point
  • intersect at two distinct points
The equation of the ellipse whose distance between the foci is equal to 8 and distance between the directrix is 18, is
  • 5x2 - 9y2 = 180
  • 9x2 + 5y2 = 180
  • x2 + 9y2 = 180
  • 5x2 + 9y2 = 180
A point P moves, so that sum of its distances from (–ae,and (ae, 0)is 2a. Then, the locus of P is

  • Maths-Conic Section-17081.png
  • 2)
    Maths-Conic Section-17082.png

  • Maths-Conic Section-17083.png

  • Maths-Conic Section-17084.png
The parametric representation of a point on the ellipse whose foci are ( -1,and (7,and eccentricity 1/2 is
  • (3 + 8 cos θ, 4 √3 sinθ)
  • ( 8 cos θ, 4 √3 sinθ)
  • (3 + 4 √3 sinθ, 8 sinθ)
  • None of the above
0:0:1


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