CUET Mathematics Free Mock Test 2026 | Practice Questions, PYQs & Solutions

Students preparing for the CUET UG Mathematics exam should regularly practice with mock tests to strengthen their concepts and improve accuracy. Many aspirants often feel unsure about whether they should invest in test series or which one would suit their preparation best. CareersAdda provides a CUET Mathematics Free Mock Test, allowing candidates to experience the test pattern, difficulty level, and detailed performance analysis before making any purchase. Go through the link below and begin attempting the CUET Mathematics Free Mock Test to boost your preparation.

CUET Free Mock Test

CUET Mathematics Free Mock Test

The CUET Mathematics Free Mock Test 2026 is recommended for students planning to appear in CUET UG Mathematics Exam 2026. By attempting multiple CUET UG Mathematics Free Mock Tests, candidates can effectively assess and track their level of preparation. These mock tests help in identifying weaker areas, allowing students to work on them and improve steadily over time. The expert faculty at careersadda has designed the CUET Mathematics Mock Test 2026 after carefully studying previous years’ question patterns, the latest exam guidelines, and recent updates in the syllabus and exam structure.

CUET Mathematics Previous Year Questions

Q1. If 2a+b a-2b 5c-d 4c+3d =4 -3 11 24 , then the value of a+2b-3c+4d is equal to

(a) 4

(b) 12

(c) 24

(d) 30

Q2. If A and B are square matrices of the same order, then (A+B)(A-B) is equal to

(a) A2-B2

(b) A2-B2+BA-AB

(c) A2-BA-AB-B2

(d) B2+A2+AB-BA

Q3. The function, f(x)=x+a2x,a>0,x≠0 has a local maxima at

(a) x=-a

(b) x=a

(c) x=1a

(d) x=-1a

Q4. The general solution of the differential equation loge⁡dydx=ax+by is

(a) e-axa+ebyb+C=0, Where C is constant of integration

(b) e-axa-ebyb+C=0, Where C is constant of integration

(c) eaxa+e-byb+C=0, Where C is constant of integration

(d) eaxa-e-byb+C=0, Where C is constant of integration

Q5. If corner points of the bounded feasible region are (0, 0),(3, 0) and (0, 3) and objective function is Z=4x+7y, then the maximum value of Z is

(a) 12

(b) 21

(c) 27

(d) 17

Q6. The area (in sq. units) of the region bounded by the curve y=2×3, x-axis and ordinates x=-1 and x=1 is.

(a) 1

(b) 2

(c) 3

(d) 32

Q7. The function f(x)=x4-2×2 is increasing on

(a) (-1, 0)∪(1,∞)

(b) (-∞, -1)∪(0, 1)

(c) (-∞, ∞)

(d) (-∞, 0)∪(1, ∞)

Q8. If f(x)=x3loge⁡x, Then f”e2 is equal to

(a) 5e4+12e2

(b) 17e2

(c) 12e4+5e2

(d) 17e4

Q9. Let the degree and order of the differential equation 2x3dydx-5d2ydx22=6dydx3 be m and n respectively. Then

(A) m=2

(B) n=3

(C) m=3

(D) mn=4

Choose the correct answer from the options given below:

(a) (A) and (B) only

(b) (A) and (D) only

(c) (B) and (C) only

(d) (B) and (D) only

Q10. A random variable X has the following probability distribution:

The value of P(4<x<7) is equal to

(a) 3100

(b) 12

(c) 5100

(d) 7100

Q11. If the system of equations

x+2y+3z=10

-x+y+λz=20

2x+3y+λz=0

does not possess a unique solution, then is equal to

(a) 1

(b) 154

(c) 415

(d) -1

Q12. The value of which of the following integrals is zero?

(A) ∫01 x dx

(B) ∫-11 x dx

(C) ∫-11 x2 dx

(D) ∫01 log x1-x dx

Choose the correct answer from the options given below:

(a) (B) and (D) only

(b) (A), (B) and (C) only

(c) (B) only

(d) (C) and (D) only