JEE  >  WBJEE Sample Papers, Section Wise & Full Mock Tests  >  WBJEE Mathematics Sample Paper II Download as PDF

WBJEE Mathematics Sample Paper II


Test Description

80 Questions MCQ Test WBJEE Sample Papers, Section Wise & Full Mock Tests | WBJEE Mathematics Sample Paper II

WBJEE Mathematics Sample Paper II for JEE 2022 is part of WBJEE Sample Papers, Section Wise & Full Mock Tests preparation. The WBJEE Mathematics Sample Paper II questions and answers have been prepared according to the JEE exam syllabus.The WBJEE Mathematics Sample Paper II MCQs are made for JEE 2022 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for WBJEE Mathematics Sample Paper II below.
Solutions of WBJEE Mathematics Sample Paper II questions in English are available as part of our WBJEE Sample Papers, Section Wise & Full Mock Tests for JEE & WBJEE Mathematics Sample Paper II solutions in Hindi for WBJEE Sample Papers, Section Wise & Full Mock Tests course. Download more important topics, notes, lectures and mock test series for JEE Exam by signing up for free. Attempt WBJEE Mathematics Sample Paper II | 80 questions in 120 minutes | Mock test for JEE preparation | Free important questions MCQ to study WBJEE Sample Papers, Section Wise & Full Mock Tests for JEE Exam | Download free PDF with solutions
1 Crore+ students have signed up on EduRev. Have you?
WBJEE Mathematics Sample Paper II - Question 1

The value of  

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 1

WBJEE Mathematics Sample Paper II - Question 2

The number of points of intersection of

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 2

     
    

WBJEE Mathematics Sample Paper II - Question 3

Let R be the set of real numbers and the mapping f : R → R and g : R → R be defined by f(x) = 5 – x2 and g(x) = 3x – 4 , then the value of (fog)(–1) is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 3

f(g(–1)) = f(–3–4) = f(–7) = 5 – 49 = – 44

WBJEE Mathematics Sample Paper II - Question 4

A = {1, 2, 3, 4}, B = {1, 2, 3, 4, 5, 6} are two sets, and function f : A → B is defined by f(x) =   then the function f is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 4

WBJEE Mathematics Sample Paper II - Question 5

If the matrices   and    then AB will be

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 5

WBJEE Mathematics Sample Paper II - Question 6

ω is an imaginary cube root of unity and   then one of the values of x is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 6


   One value of x = 0

*Multiple options can be correct
WBJEE Mathematics Sample Paper II - Question 7

If    then A–1 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 7

|A| = – 1 + 8 = 7

WBJEE Mathematics Sample Paper II - Question 8

. The value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 8


WBJEE Mathematics Sample Paper II - Question 9

If sum of an infinite geometric series is 4/5 and its 1st term is 3/4 , then its common ratio is​

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 9


WBJEE Mathematics Sample Paper II - Question 10

The number of permutations by taking all letters and keeping the vowels of the word COMBINE in the odd places is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 10

Vowels : O, I, E

No. of Odd place : 4
No of ways 

WBJEE Mathematics Sample Paper II - Question 11

If    then n is just greater than integer

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 11


WBJEE Mathematics Sample Paper II - Question 12

If in the expansion of (a – 2b)n , the sum of the 5th and 6th term is zero, then the value of a/b is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 12


t5 + t6 = 0

WBJEE Mathematics Sample Paper II - Question 13

  will be divisible by 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 13



∴ divisible by 7

WBJEE Mathematics Sample Paper II - Question 14

Sum of the last 30 coeffivients in the expansion of (1 + x)59 , when expanded in ascending powers of x is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 14

Total terms = 60
Sum of first 30 terms

WBJEE Mathematics Sample Paper II - Question 15

If (1 – x + x2)n = a0 + a1 x +.....+ a2n x2n , then the value of a0 + a2 + a4 + ....... + a2n is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 15

x = 1

WBJEE Mathematics Sample Paper II - Question 16

If α,β be the roots of the quadratic equation x2 + x + 1 = 0 then the equation whose roots are α19 , β7 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 16

Roots are ω,ω2
Let α = ω,β = ω2
α 19  = ω,β= ω2
∴ Equation remains same i.e. x2 + x+ 1 = 0

WBJEE Mathematics Sample Paper II - Question 17

The roots of the quadratic equation x2  - 2√3x 22 = 0 are :

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 17

x2  - 2√3x 22 = 0


∴ Roots are irrational, real, unequl.

WBJEE Mathematics Sample Paper II - Question 18

The qudratic equation x2 + 15 |x| + 14 = 0 has

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 18


Hence no solution

WBJEE Mathematics Sample Paper II - Question 19

  is complex conjugate of z )

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 19


WBJEE Mathematics Sample Paper II - Question 20

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 20


WBJEE Mathematics Sample Paper II - Question 21

. Two dice are tossed once. The probability of getting an even number at the first die or a total of 8 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 21

A = getting even no on 1st dice
B = getting sum 8

WBJEE Mathematics Sample Paper II - Question 22

The probability that at least one of A and B occurs is 0.6 . If A and B occur simultaneously with probability 0.3, then P(A') P(B')  is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 22

    
   

WBJEE Mathematics Sample Paper II - Question 23

The value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 23

WBJEE Mathematics Sample Paper II - Question 24

In a right-angled triangle, the sides are a, b and c, with c as hypotenuse, and . Then the value of  will be​

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 24

c2 = a2 + b2

WBJEE Mathematics Sample Paper II - Question 25

Sum of n terms of the following series 13 + 33 + 53 + 73 + ........ is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 25

∑ (2n - 1)3

WBJEE Mathematics Sample Paper II - Question 26

G.. M. and H. M. of two numbers are 10 and 8 respectively. The numbers are :

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 26

√ab = 10  ⇒ ab 100


a + b = 25
So a = 5, b = 20

WBJEE Mathematics Sample Paper II - Question 27

The value of n for which  is the geometric mean of x and y is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 27


WBJEE Mathematics Sample Paper II - Question 28

If angles A, B and C are in A.P., then   is equal to

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 28

2B = A + C

WBJEE Mathematics Sample Paper II - Question 29

If    then value of 2 sinA + 4 sinB is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 29


WBJEE Mathematics Sample Paper II - Question 30

The value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 30

WBJEE Mathematics Sample Paper II - Question 31

If sin6θ + sin4θ + sin2θ = 0 then the general value of θ is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 31

2 sin 4θ cos 2θ + sin 4θ = 0

WBJEE Mathematics Sample Paper II - Question 32

In a ΔABC,     is equal to

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 32




WBJEE Mathematics Sample Paper II - Question 33

Value of   is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 33



 

WBJEE Mathematics Sample Paper II - Question 34

The straight line 3x+y=9 divides the line segment joining the points (1,3) and (2,7) in the ratio

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 34

WBJEE Mathematics Sample Paper II - Question 35

If the sum of distances from a point P on two mutually perpendicular straight lines is 1 unit, then the locus of P is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 35

| x | + | y |= 1

WBJEE Mathematics Sample Paper II - Question 36

The straight line x + y – 1 = 0 meets the circle  at A and B. Then the equation of the circle of which AB is a diameter is
 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 36


WBJEE Mathematics Sample Paper II - Question 37

If t1 and t2 be the parameters of the end points of a focal chord for the parabola y2 = 4ax, then which one is true?

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 37

t1t2 = -1 Fact

WBJEE Mathematics Sample Paper II - Question 38

S and T are the foci of an ellipse and B is end point of the minor axis. If STB is an equilateral triangle, the eccentricity of the ellipse is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 38


WBJEE Mathematics Sample Paper II - Question 39

For different values of D , the locus of the point of intersection of the two straight lines    and  

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 39


WBJEE Mathematics Sample Paper II - Question 40

The area of the region bounded by y2 = x and y =|x| is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 40

y= x

WBJEE Mathematics Sample Paper II - Question 41

If the displacement, velocity and acceleration of a particle at time, t be x, v and f respectively, then which one is true?

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 41


WBJEE Mathematics Sample Paper II - Question 42

The displacement x of a particle at time t is given by x = At+ Bt + C where A, B, C are constants and v is velocity of a particle, then the value of 4Ax–v2 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 42

x = At2 + Bt + c

WBJEE Mathematics Sample Paper II - Question 43

For what values of x, the function is monotone decreasing?

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 43


= 4x (x – 1) (x – 2)

∴ x is decreasing for x∈ (1, 2)

WBJEE Mathematics Sample Paper II - Question 44

The displacement of a particle at time t is x, where x = t - Kt3 . If the velocity of the particle at time t = 2 is minimum, then

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 44


WBJEE Mathematics Sample Paper II - Question 45

The point in the interval [0,2π], where x f(x) ex sin x has maximum slope, is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 45



WBJEE Mathematics Sample Paper II - Question 46

The minimum value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 46



⇒ f(x) is decreasing for x < 0, increasing for x > 0
∴ Minimum is at x = 0   ∴f(0) = e0 1

WBJEE Mathematics Sample Paper II - Question 47

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 47

WBJEE Mathematics Sample Paper II - Question 48

  is equal to

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 48

WBJEE Mathematics Sample Paper II - Question 49

The value of the integral  

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 49


WBJEE Mathematics Sample Paper II - Question 50

The value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 50

 

WBJEE Mathematics Sample Paper II - Question 51

The value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 51

WBJEE Mathematics Sample Paper II - Question 52

In which of the following functions, Rolle’s theorem is applicable?

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 52


WBJEE Mathematics Sample Paper II - Question 53

If f (5) = 7 and f'(5) 7 then   is given by

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 53

WBJEE Mathematics Sample Paper II - Question 54

If   then the value of   is 
 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 54

T-log & Differentiate

WBJEE Mathematics Sample Paper II - Question 55

The value of f(0) so that the function   is continuous everywhere is  

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 55


WBJEE Mathematics Sample Paper II - Question 56

 is equal to

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 56

WBJEE Mathematics Sample Paper II - Question 57

The function 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 57


∵ sec is an even function

WBJEE Mathematics Sample Paper II - Question 58

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 58

LHL = -1    RHL  = 1
Limit does not exist

WBJEE Mathematics Sample Paper II - Question 59

The co-ordinates of the point on the curve y = x2 – 3x + 2 where the tangent is perpendicular to the straight line y = x are

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 59

y = x2 – 3x + 2

∴ Point is (1,0)

WBJEE Mathematics Sample Paper II - Question 60

The domain of the function 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 60


WBJEE Mathematics Sample Paper II - Question 61

If the line ax + by + c = 0 is a tangent to the curve xy = 4, then

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 61



a < 0, b < 0

WBJEE Mathematics Sample Paper II - Question 62

If the normal to the curve y = f(x) at the point (3, 4) make an angle 3π/4 with the positive x-axis, then f'(3) is 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 62


f'(3) 1

WBJEE Mathematics Sample Paper II - Question 63

The general solution of the different equation 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 63

100p2 – 20p + 1 =

WBJEE Mathematics Sample Paper II - Question 64

If y''– 3y'+ 2y = 0 where y(0) = 1, y'(0) = 0, then the value of y at x = log, 2 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 64


WBJEE Mathematics Sample Paper II - Question 65

The degree of the differential equation 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 65

WBJEE Mathematics Sample Paper II - Question 66

The equation of one of the curves whose slope at any point is equal to y + 2x is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 66


WBJEE Mathematics Sample Paper II - Question 67

Solution of the differential equation xdy – ydx = 0 represents a

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 67


y = xc

WBJEE Mathematics Sample Paper II - Question 68

The value of the integral   xdx is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 68


WBJEE Mathematics Sample Paper II - Question 69

 is equal to

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 69


WBJEE Mathematics Sample Paper II - Question 70

   then

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 70

WBJEE Mathematics Sample Paper II - Question 71

The value of 

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 71

WBJEE Mathematics Sample Paper II - Question 72

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 72


WBJEE Mathematics Sample Paper II - Question 73

The area enclosed by y = 3x – 5, y = 0, x = 3 and x = 5 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 73


WBJEE Mathematics Sample Paper II - Question 74

The area bounded by the parabolas  and the line y = 2 is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 74

y = 4x2 ......... (i)

WBJEE Mathematics Sample Paper II - Question 75

The equation of normal of x2 + y2 – 2x + 4y – 5 = 0 at (2, 1) is

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 75

0(1, – 2) A (2, 1)

WBJEE Mathematics Sample Paper II - Question 76

If the three points (3q, 0), (0, 3p) and (1, 1) are collinear then which one is true ?

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 76

A(3q, 0) B (0, 3p) C (11)
Slope = 1 AC = 5 log BC

WBJEE Mathematics Sample Paper II - Question 77

The equations  are the sides of

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 77

y = tan60ºx, y = – tan60ºx
y = 1, equilateral

WBJEE Mathematics Sample Paper II - Question 78

The equations of the lines through (1, 1) and making angles of 45º with the line x + y = 0 are

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 78


y = 1, x = 1

WBJEE Mathematics Sample Paper II - Question 79

In a triangle PQR,   are roots of ax2 + bx + c = 0, where a ≠ 0, then which one is true ?

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 79


WBJEE Mathematics Sample Paper II - Question 80

The value of  

Detailed Solution for WBJEE Mathematics Sample Paper II - Question 80