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Question(s) from Search: IIT

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651

The equation of the circles through (1, 1) and the point of intersection of
 
is

a)

b)

c)

d) None of these

The equation of the circles through (1, 1) and the point of intersection of
 
is

a)

b)

c)

d) None of these

IIT 1983
02:31 min
652

The general value of θ satisfying the equation
 is

a)

b)

c)

d)

The general value of θ satisfying the equation
 is

a)

b)

c)

d)

IIT 1995
01:18 min
653

A cubic f (x) vanishes at x = −2 and has a relative minimum/maximum at x = −1 and . If , find the cube f (x).

a) x3 + x2 + x + 1

b) x3 + x2 − x + 1

c) x3 − x2 + x + 2

d) x3 + x2 − x + 2

A cubic f (x) vanishes at x = −2 and has a relative minimum/maximum at x = −1 and . If , find the cube f (x).

a) x3 + x2 + x + 1

b) x3 + x2 − x + 1

c) x3 − x2 + x + 2

d) x3 + x2 − x + 2

IIT 1992
05:24 min
654

If a circle passes through the points (a, b) and cuts the circle  orthogonally, then the equation of the locus of its centre is

a)

b)

c)

d)

If a circle passes through the points (a, b) and cuts the circle  orthogonally, then the equation of the locus of its centre is

a)

b)

c)

d)

IIT 1988
04:03 min
655

In ΔPQR, angle R . If tan  and tan  are roots of the equation

a)

b)

c)

d)

In ΔPQR, angle R . If tan  and tan  are roots of the equation

a)

b)

c)

d)

IIT 1999
02:23 min
656

Prove that
where  and n is an even integer.

Prove that
where  and n is an even integer.

IIT 1993
09:38 min
657

 equals

a) – π

b) π

c)

d) 1

 equals

a) – π

b) π

c)

d) 1

IIT 2001
03:01 min
658

Evaluate

Evaluate

IIT 1995
09:27 min
659

The locus of the centre of circles which touches externally  and which touches the Y-axis is given by the equation

a)

b)

c)

d)

The locus of the centre of circles which touches externally  and which touches the Y-axis is given by the equation

a)

b)

c)

d)

IIT 1993
04:38 min
660

The values of θ ε (0, 2π) for which  are

a)

b)

c)

d)

The values of θ ε (0, 2π) for which  are

a)

b)

c)

d)

IIT 2006
03:08 min
661

Prove that
 

Prove that
 

IIT 1997
09:29 min
662

Evaluate

a)

b)

c)

d)

Evaluate

a)

b)

c)

d)

IIT 1999
01:51 min
663

A, B, C , D are four points in a plane with position vectors a, b, c, d respectively, such that . The point D then is the  . . . . . . .  of the triangle ABC.

A, B, C , D are four points in a plane with position vectors a, b, c, d respectively, such that . The point D then is the  . . . . . . .  of the triangle ABC.

IIT 1984
02:30 min
664

If   are altitudes of a triangle from the vertices A, B, C and Δ the area of the triangle then  

a) True

b) False

If   are altitudes of a triangle from the vertices A, B, C and Δ the area of the triangle then  

a) True

b) False

IIT 1978
03:23 min
665

The sum of the coefficients of the polynomial (1 + x – 3x2)2163 is

The sum of the coefficients of the polynomial (1 + x – 3x2)2163 is

IIT 1982
01:22 min
666

If  at x = π

a)

b) π

c) 2π

d) 4π

If  at x = π

a)

b) π

c) 2π

d) 4π

IIT 2004
01:14 min
667

If the vectors
 

are coplanar then the value of  . . . . . .

If the vectors
 

are coplanar then the value of  . . . . . .

IIT 1987
04:15 min
668

Let n be a positive integer. If the coefficient of the 2nd, 3rd and 4th terms in the expansion of (1 + x)n are in arithmetic progression then n = …..

Let n be a positive integer. If the coefficient of the 2nd, 3rd and 4th terms in the expansion of (1 + x)n are in arithmetic progression then n = …..

IIT 1994
03:54 min
669

Multiple choices

If x + |y| = 2y, then y as a function of x is

a) Defined for all real x

b) Continuous at x = 0

c) Differentiable for all x

d) Such that  for x < 0

Multiple choices

If x + |y| = 2y, then y as a function of x is

a) Defined for all real x

b) Continuous at x = 0

c) Differentiable for all x

d) Such that  for x < 0

IIT 1984
03:53 min
670

The value of the integral  is equal to a

a) True

b) False

The value of the integral  is equal to a

a) True

b) False

IIT 1988
01:46 min
671

A unit vector coplanar with  and  and perpendicular to  is . . . . .

A unit vector coplanar with  and  and perpendicular to  is . . . . .

IIT 1992
04:49 min
672

The centre of the circle inscribed in the square formed by the lines  and

a) (4, 7)

b) (7, 4)

c) (9, 4)

d) (4, 9)

The centre of the circle inscribed in the square formed by the lines  and

a) (4, 7)

b) (7, 4)

c) (9, 4)

d) (4, 9)

IIT 2003
02:21 min
673

Find the number of solutions of  

a) 0

b) 1

c) 2

d) Infinitely many

Find the number of solutions of  

a) 0

b) 1

c) 2

d) Infinitely many

IIT 1982
02:37 min
674

The domain of definition of the function
y =  +

a) (−3, −2) excluding −2.5

b) [0, 1] excluding 0.5

c) [−2, 1) excluding 0

d) None of these

The domain of definition of the function
y =  +

a) (−3, −2) excluding −2.5

b) [0, 1] excluding 0.5

c) [−2, 1) excluding 0

d) None of these

IIT 1983
01:30 min
675

Multiple choices

Let g(x) be a function defined on  If the area of the equilateral triangle with two of its vertices at (0, 0) and (x, g (x)) is   then the function g (x) is

a)

b)

c)

d)

Multiple choices

Let g(x) be a function defined on  If the area of the equilateral triangle with two of its vertices at (0, 0) and (x, g (x)) is   then the function g (x) is

a)

b)

c)

d)

IIT 1989
02:18 min

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