CUET Physics Free Mock Test 2026 for Online Exam Practice

CUET Physics is an important subject for students who want admission to top universities through the CUET UG exam. To score well, students need more than just theory. They need regular practice with exam-level questions. This is where a CUET Physics Free Mock Test becomes very helpful. A good mock test helps you understand the latest question pattern, improves your speed, and builds confidence before the real exam. It also shows which topics need more work. If you want smart preparation, adding mock tests to your study plan is a must.

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CUET Physics Free Mock Test

A CUET Physics Free Mock Test is one of the best ways to prepare for the exam without spending money. It gives students a chance to solve Physics questions in a real exam-like format. This helps them learn how to manage time, stay focused, and avoid silly mistakes during the actual paper. Physics is a subject where practice matters a lot. Many students understand the concepts but still struggle in the exam because they are not used to solving questions quickly. By attempting a free mock test, students can improve both accuracy and speed. It also helps them become comfortable with important chapters like mechanics, electricity, optics, modern physics, and thermodynamics.

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Best CUET Physics Free Mock Test

The best CUET Physics Free Mock Test is one that matches the real exam level and helps students practice in a simple and useful way. A good mock test should have quality questions, clear answers, and a pattern close to the actual CUET exam. It should also help students check their performance after each test.For students looking for a reliable practice platform, CareersAdda Free Mock Test is a good option. It gives students a simple way to practice Physics questions and improve their preparation level. The questions are useful for revision, and the test format helps students feel ready for the real exam. It is a smart choice for students who want free practice before moving on to full-length test series.

Why Practice With CUET Physics Mock Test

• CUET Physics Mock Test helps students understand the latest exam pattern and feel more confident in the real exam.
• Regular CUET Physics mock test practice reduces exam fear and helps students handle pressure more effectively.
• Solving a CUET Physics Mock Test improves time management and teaches students how to complete the paper on time.
• Physics mock tests help students learn how to balance direct questions and calculation-based questions smartly.
• Practising with CUET Physics Mock Test improves accuracy by reducing formula mistakes, calculation errors, and wrong question reading.
• More CUET Physics mock test practice makes students more careful, focused, and confident while solving questions.
• A CUET Physics Mock Test helps students identify strong and weak topics for better preparation.
• Mock tests show which Physics chapters need more revision, such as current electricity, waves, numericals, or theory topics.
• CUET Physics mock tests support self-analysis and help students create a more focused study plan.
• Practising mock tests is one of the best ways to revise Physics formulas, concepts, and applications effectively.
• CUET Physics Mock Test improves problem-solving speed and helps students perform better in the final exam.
• Regular mock test practice boosts confidence, strengthens revision, and increases the chances of scoring high in CUET Physics.

Start Practicing With CareersAdda Free Mock Test

If you want to improve your CUET Physics preparation, start solving the CareersAdda Free Mock Test regularly. It is a simple and helpful way to test your knowledge, improve your exam speed, and build confidence. Free practice can make a big difference when done with full focus and consistency.

Do not wait for the final weeks before the exam. Start early, solve mock tests regularly, and review your mistakes after every test. This habit will help you prepare in a smart and practical way.

CUET Physics Previous Year Question

Q1. The mass of the chlorine 17Cl35 nucleus is 34.98 amu, which has protons of mass 17.133025 amu and neutrons of mass 18.155970 amu,

The binding energy of the nucleus is nearly

(a) 287.82 MeV (b) 270.0034 MeV

(c) 387.07 MeV (d) 87.009845 MeV

Q2. Two point charges of 1 C each are separated from each other by a distance of 1 m in vacuum. The force of interaction between them is

(a) 3×109 N (b) 9×109 N

(c) 9×108 N (d) 3×108 N

Q3. A uniformly charged sphere of 80C and radius 2 cm is placed in the air. The electric field intensity at a point 20 cm from the center of the sphere is

(a) 1.80×107 N/C (b) 1.80×105 N/C

(c) 1.45×105 N/C (d) 1.45×107 N/C

Q4. The terminal voltages of a cell are found to be 29 V and 28 V when it delivers currents of 1 A and 2 A , respectively. The emf and the internal resistance of the cell are, respectively

(a) 30 V;2 (b) 30 V;1

(c) 32 V;2 (d) 32 V;1

Q5. The magnetic flux through a coil of resistance 6Ω, perpendicular to its plane is varying according to the relation

Φ=6t3+5t2+4t-6Wb

What will be the induced current through the coil at t=2s ?

(a) 60 A (b) 10 A

(c) 16 A (d) 9 A

Q6. A ray of light incident at 25 on one refracting surface of a prism of angle 60 suffers a deviation of 50. What will be the angle of emergence?

(a) 85 (b) 75

(c) 35 (d) 25

Q7. Match List-I with List-II

Choose the correct answer from the options given below:

(a) (A) – (IV), (B) – (III), (C) – (II), (D) – (I)

(b) (A) – (IV), (B) – (II), (C) – (III), (D) – (I)

(c) (A) – (III), (B) – (IV), (C) – (I), (D) – (II)

(d) (A) – (IV), (B) – (III), (C) – (I), (D) – (II)

Q8. Total internal reflection of a ray of light is possible when the ray goes from

(a) denser to rarer medium and the angle of incidence is greater than the critical angle

(b) denser to rarer medium and the angle of incidence is less than the critical angle

(c) rarer to denser medium and the angle of incidence is greater than the critical angle

(d) rarer to denser medium and the angle of incidence is less than the critical angle

Q9. Two positive point charges are 3 m apart in the air and the sum of the two charges is 20C. If the force between them is 0.075 N , the two charges are

(a) 14C and 6C (b) 4C and 16C

(c) 15C and 5C (d) 12C and 8C

Q10. The core of a transformer is laminated, so as to

(a) reduce the energy loss due to eddy currents

(b) make it light weight

(c) make it robust and strong

(d) increase the secondary voltage

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