Common University Entrance Test – CUET (UG) Mathematics Sample Paper as per official syllabus and exam pattern. CUET exam Section II Domain Subject Maths paper Mock for free online practice for the admission in 2024 – 2025 Academic session.

## CUET (UG) Sample Paper : Mathematics

**Instruction : Attempt any 40 questions out of 50Duration : 45 Minutes**

**Q1: **Let n(A) = 4 and n(B) = 6. Then, the number of one-one functions from A to B is

(a) 24

(b) 60

(c) 120

(d) 360

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**Q.2: **A relation R from A to B is an arbitrary subset of

(a) A x B

(b) B x A

(c) A x A

(d) B x B

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**Q.3: **Let A = {1, 2, 3}. Then, number of relations containing (1, 2) and (1, 3) which are reflexive and symmetric but not transitive, is

(a) 1

(b) 2

(c) 3

(d) 4

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**Q.4: **Let R be a function defined as The inverse of *f* is the map g : range given by

(a)

(b)

(c)

(d)

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**Q.5: **The domain in which sine function will be one-one, is

(a)

(b)

(c)

(d) Both (a) and (b)

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**Q.6: **cosec x is not defined for

(a) all integral multiples of

(b) all integral multiples of

(c) all integral multiples of

(d) None of the above

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**Q.7: **The principal value of is

(a)

(b)

(c)

(d)

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**Q.8: **The value of is ……. Here, X refers to

(a)

(b)

(c)

(d) 0

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**Q.9:** The number of all possible matrices of order 3 x 3 with each entry 0 or 1 is

(a) 27

(b) 18

(c) 81

(d) 512

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**Q.10: **If A and B are two matrices of the order 3 x m and 3 x n, respectively and m=n, then the order of the matrix (5A – 2B)is

(a) m x 3

(b) 3 x 3

(c) m x n

(d) 3 x n

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**Q.11: **Two matrices A = [a_{ij}] and B =[b_{ij}] are said to be equal, if they are of same order and for all i and j

(a) a_{ij} = b_{ji}

(b) a_{ij} = b_{ij}

(c) a_{ij} = – b_{ij}

(d) a_{ij} + b_{ij} = 0

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_{ij}= b

_{ij}

**Q.12: **If A is a 3 x 2 matrix, B is a 3 x 3 matrix and C is a 2 x 3 matrix, then the elements in A, B and C are respectively

(a) 6, 9, 8

(b) 6, 9, 6

(c) 9, 6, 6

(d) 6, 6, 9

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**Q.13: **The area of the triangle, whose vertices are (3, 8), (-4, 2) and (5, 1), is

(a) 60

(b) 61

(c)

(d) 30

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**Q.14: **If each element of a row (or a column) of a determinant is multiplied by a constant k, then its value gets …A… by k. Here, A refers to

(a) added

(b) subtracted

(c) divided

(d) multiplied

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**Q.15: **If the value of the determinant is positive, then

(a) abc > 1

(b) abc > – 8

(c) abc < – 8

(d) abc > – 2

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**Q.16: **If , then the cofactor A_{21} is

(a) -(hc + fg)

(b) fg – hc

(c) fg + hc

(d) hc – fg

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**Q.17: **The function is not continuous at

(a) x = 0

(b) x = 1

(c) x = -1

(d) None of these

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**Q.18: **Continuity of a function at a point is entirely dictated by the…A… of the function at that point. Here, A refers to

(a) limit

(b) value

(c) Both (a) and (b)

(d) None of these

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**Q.19: **A function is said to be differentiable in an interval [a, b ], if it is differentiable at every point of [a, b ]

(a) including a and b

(b) excluding a and b

(c) including a but not b

(d) including b but not a

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**Q.20: **Let b > 1be a real number. Then, logarithm of a to the base b is x, if

(a) b^{a} = x

(b) a^{b} = x

(c) b^{x} = a

(d) None of these

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^{x}= a

**Q.21: **The radius of a circle is increasing uniformly at the rate of 3 cm/s. At radius of 10 cm, the area of the circle is increasing at the rate of

(a) cm^{2}/ S

(b) cm^{2}/ S

(c) cm^{2}/ S

(d) cm^{2}/ S

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^{2}/ S

**Q.22: **The function given *f*(x)=e^{2x} is …A… on R. Here, A refers to

(a) strictly increasing

(b) strictly decreasing

(c) neither increasing nor decreasing

(d) decreasing

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**Q.23: **The function given by *f*(x) = x^{3} – 3x^{2} + 3x – 100 is

(a) increasing on R

(b) decreasing on R

(c) strictly decreasing on R

(d) None of these

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**Q.24: **The approximate value of *f*(2.01), if *f*(x) =4x^{2} + 5x + 2, is

(a) 28.21

(b) 18.24

(c) 21.28

(d) 29.30

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**Q.25: **If the derivative of a function sec^{-1}x is , then the anti-derivative of is

(a) sec^{-1} x

(b) sec^{-1}x+C

(c) 2 sec^{-1}x

(d) None of these

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^{-1}x+C

**Q.26: **The anti-derivative of [ sec x (sec x + tan x)] is

(a) 2sec x + C

(b) tan x + sec x + C

(c) sec^{2} x + sec x tan x + C

(d) None of these

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**Q.27: **The integral of the function tan^{4} x is

(a)

(b)

(c)

(d)

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**Q.28: **The value of is

(a)

(b)

(c) sin^{-1}

(d) None of the above

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^{-1}

**Q.29: **If the area between x = y^{2} and x = 4 is divided into two equal parts by the line x = a, then the value of a is

(a) (4)^{1/3}

(b) (4)^{4/3}

(c) (4)^{2/3}

(d) None of these

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^{2/3}

**Q.30: **Area of the region bounded by the curve y = cos x between x = 0 and x = is

(a) 2 sq units

(b) 4 sq units

(c) 3 sq units

(d) 1 sq unit

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**Q.31: **Area (in sq units) lying between the curves y^{2} = 4x and y = 2x is

(a)

(b)

(c)

(d)

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**Q.32: **The area of the circle x^{2} + y^{2} = 16 exterior to the parabola y^{2} = 6x is

(a) sq units

(b) sq units

(c) sq units

(d) sq units

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**Q.33: **The equation of the form is a\an

(a) cubic equation

(b) quadratic equation

(c) ordinary differential equation

(d) None of the above

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**Q.34: **The equation y = mx + c, where m and c are parameters, represents family of

(a) straight lines

(b) circles

(c) parabola

(d) hyperbola

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**Q.35: **The equation of a curve whose tangent at any point on it different from origin has slope , is

(a) y = ex

(b)

(c) y = kx

(d)

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**Q.36: **A differential equation of the form =F(x, y) is said to be homogeneous, if F(x, y) is a homogeneous function of degree

(a) 0

(b) 1

(c) 2

(d) 3

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**Q.37: **If two or more vectors are parallel to the same line then they are called

(a) collinear vectors

(b) coinitial vectors

(c) equal vectors

(d) zero vectors

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**Q.38: **If four points A(3,2,1), B(4, x, 5), C (4,2,-2) and D (6, 5,-1) are coplanar, then the value of x is

(a) 2

(b) 3

(c) 5

(d) 0

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**Q.39: **In ABC (fig), which of the following is not true?

(a) AB + BC + CA = O

(b) AB + BC – AC = O

(c) AB + BC – CA = O

(d) AB – CB + CA = O

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**Q.40: **If α,β,γ be the direction angles of a vector and cos α =, cosβ =, then cos γ=……..K……. Here, K refers to

(a) ±

(b)

(c) ±

(d) None of these

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**Q.41: **The angle between the lines whose direction cosines are given by the equations 3l + m + 5n = 0 and 6mn – 2nl + 5lm=0, is

(a) cos^{-1}

(b) cos^{-1}

(c) cos^{-1}

(d) cos^{-1}

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^{-1}

**Q.42: **The lines and are

(a) coplanar

(b) non-coplanar

(c) skew

(d) None of these

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**Q.43: **The distance of the plane from the origin is

(a) 1

(b) 7

(c)

(d) None of these

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**Q.44: **The conditions are called

(a) restrictions only

(b) negative restrictions

(c) non-negative restrictions

(d) None of these

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**Q.45: **The corner points of the feasible region determined by the system of linear constraints are (0, 10), (5, 5) (15, 15), (0, 20). Let Z = px + qy, where p, q > 0. Then, the condition on p and q so that the maximum of Z occurs at both the points (15, 15) and (0, 20), is

(a) p = q

(b) p = 2q

(c) q = 2p

(d) q = 3p

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**Q.46: **A diet is to contain atleast 80 units of vitamin A and 100 units of minerals. Two foods F_{1} and F_{2} are available. Food F_{1} costs ₹ 4 per unit and food F_{2} costs ₹ 6 per unit. One unit of food F_{1} contains 3 units of vitamin A and 4 units of minerals. One unit of food F_{2} contains 6 units of vitamin A and 3 units of minerals. Then, the minimum cost for diet that consists of mixture of these two foods and also meets the minimal nutritional requirements, is

(a) ₹ 100

(b) ₹ 105

(c) ₹ 103

(d) ₹ 104

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**Q.47: **One kind of cake requires 200g of flour and 25g of fat and another kind of cake requires 100g of flour and 50g of fat. Then, the maximum number of cakes which can be made from 5kg of flour and 1kg of fat assuming that there is no storage of the other ingredients used in making the cakes, is

(a) ₹ 20

(b) ₹ 10

(c) ₹ 30

(d) ₹ 40

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**Q.48: **Let A and B be two events. If P(A)= 0.2, P(B) = 0.4 and P, then P(A / B) is equal to

(a) 0.8

(b) 0.5

(c) 0.3

(d) 0

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**Q.49: **Two dice are thrown. If it is known that the sum of numbers on the dice was less than 6, the probability of getting a sum 3, is

(a)

(b)

(c)

(d)

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**Q.50: **A description giving the values of the random variable along with the corresponding probabilities is called …K… of the random variable X. Here, K refers to

(a) conditional probability

(b) probability distribution

(c) mean

(d) None of the above

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**Answer Key : CUET (UG) Mathematics Sample Paper**

1. (d) | 2. (a) | 3. (a) | 4. (b) | 5. (d) | 6. (b) | 7. (c) | 8. (c) | 9. (d) | 10. (d) |

11. (b) | 12. (b) | 13. (c) | 14. (d) | 15. (b) | 16. (b) | 17. (a) | 18. (c) | 19. (a) | 20. (c) |

21. (d) | 22. (a) | 23. (a) | 24. (a) | 25. (b) | 26. (b) | 27. (c) | 28. (c) | 29. (c) | 30. (a) |

31. (b) | 32. (c) | 33. (c) | 34. (a) | 35. (b) | 36. (a) | 37. (a) | 38. (c) | 39. (c) | 40. (a) |

41. (c) | 42. (a) | 43. (a) | 44. (c) | 45. (d) | 46. (d) | 47. (c) | 48. (d) | 49. (c) | 50. (b) |

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