Is the official RBSE Senior Secondary (Class 12) Physics exam multiple-choice only?

No. Official RBSE papers mix objective and constructed-response tasks and may include practical/performance components. The 100 questions here are an English-language MCQ study adaptation for concept practice only.

What are full marks and duration for RBSE Physics?

Common scheme: Theory 56 + Sessional 14 = 70 and Practical 30 = 100; 3 hours 15 minutes (theory); practical duration as per subject scheme (commonly ~3–4 hours). Confirm the exact scheme for code 040 in the current RBSE syllabus PDF on rajeduboard.rajasthan.gov.in.

What is the passing score?

Minimum 33% marks in the subject as per RBSE examination regulations (confirm current session circulars). Where theory and practical are separate, candidates must pass each component as required by the subject scheme.

How much does the exam cost?

As per RBSE annual examination fee notification for school/private candidates (Senior Secondary / Class 12 full board form fee is notified each cycle on rajeduboard.rajasthan.gov.in — confirm the current circular; subject papers are not separately priced on the statistics page).

Where are official statistics and syllabus?

Subject-wise 2026 result statistics and board materials are published by RBSE at https://rajeduboard.rajasthan.gov.in/statistics2026.htm and syllabus PDFs under anudeshika / books sections of https://rajeduboard.rajasthan.gov.in. Prefer primary board PDFs over third-party summaries.

Is this bank an official RBSE translation?

No. OpenExamPrep publishes one English-language practice bank per exam ID. Target-language terms and texts may appear when they are integral to the skill, but stems, explanations, and SEO copy are English study adaptations — not official translations or language-environment simulations.

How should I use MCQs for a mixed written/practical paper?

Use MCQs for daily concept drills and self-check. Also practise full written answers from RBSE model papers under timed conditions and complete required practicals, projects, or performances.

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100+ Free RBSE SS Physics Practice Questions

Rajasthan RBSE Senior Secondary (Class 12) Physics — Code 040 practice questions are available now; exam metadata is being verified.

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See RBSE subject-wise statistics for the current cycle on statistics2026.htm. Pass Rate

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2026 Statistics

Key Facts: RBSE SS Physics Exam

040

RBSE subject code for Physics

RBSE 2026 subject-wise statistics

Theory 56 + Sessional 14

Typical full marks / assessment pattern

RBSE syllabus examination scheme

3 h 15 m

Typical theory paper duration (where applicable)

RBSE Class 12 / Praveshika schemes

33%

Common minimum pass threshold under RBSE regulations

RBSE examination regulations (confirm circular)

2026

Main examination cycle evidenced in official subject-wise statistics

rajeduboard.rajasthan.gov.in/statistics2026.htm

MCQ study aid

Local bank adapts knowledge to four-option MCQs; official paper is mixed/performance format

OpenExamPrep assessment-format policy

RBSE Senior Secondary (Class 12) Physics (code 040): Theory 56 + Sessional 14 = 70 and Practical 30 = 100; 3 hours 15 minutes (theory). Pass about 33% per RBSE rules (confirm circular). Fee as per board notification. Free English MCQ study aid — not a full official-format simulation.

Sample RBSE SS Physics Practice Questions

Try these sample questions to test your RBSE SS Physics exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Two like point charges repel each other with force F when separated by distance r in vacuum. If the separation is doubled, the repulsive force becomes:

A.F/2

B.2F

C.4F

D.F/4

Explanation: Coulomb's law states F proportional to 1/r squared. Doubling the separation multiplies the force by 1/4, so the new force is F/4. The charges remain like, so the force is still repulsive but weaker.

2Two point charges +3 μC and −2 μC are placed 2 m apart in vacuum. The magnitude of the electrostatic force between them is (k = 9×10^9 N m^2 C^−2):

A.1.35×10^−2 N

B.2.7×10^−2 N

C.6.75×10^−3 N

D.1.35×10^−3 N

Explanation: F = k|q1 q2|/r^2 = (9×10^9)(3×10^−6)(2×10^−6)/(2)^2 = (9×10^9)(6×10^−12)/4 = 54×10^−3/4 = 1.35×10^−2 N. Opposite signs mean attraction, but magnitude is positive.

3Electric field intensity at a point is defined as the electrostatic force experienced by a:

A.unit magnetic pole placed at that point

B.unit positive charge placed at that point

C.unit negative charge placed at that point

D.unit mass placed at that point

Explanation: By definition E = F/q0 for a small positive test charge q0. The direction of E is the direction of force on a positive charge. Unit mass defines gravitational field strength, not electric field.

4The electric field due to a point charge of 2 μC at a distance of 3 m in vacuum is (k = 9×10^9 SI units):

A.2×10^4 N/C

B.9×10^3 N/C

C.2×10^3 N/C

D.6×10^3 N/C

Explanation: E = kq/r^2 = (9×10^9)(2×10^−6)/(3)^2 = 18×10^3/9 = 2×10^3 N/C. Direction is radially outward because the charge is positive.

5Charges +q and +4q are fixed 30 cm apart. A third charge is placed on the line joining them so that the net force on it is zero. Its distance from +q is:

A.20 cm (between the charges)

B.6 cm (between the charges)

C.15 cm (midpoint)

D.10 cm (between the charges)

Explanation: Let the null point be at distance x from +q. Then kqQ/x^2 = k(4q)Q/(0.30−x)^2 gives 1/x = 2/(0.30−x), so 0.30−x = 2x and x = 0.10 m = 10 cm. For like charges the null point lies between them, closer to the smaller charge.

6The SI unit of electric potential is the:

A.volt

B.newton

C.coulomb

D.farad

Explanation: Electric potential V equals work done per unit charge; 1 V = 1 J/C. Newton is force, coulomb is charge, and farad is capacitance.

7Electric potential due to a charge of 5 μC at a distance of 9 m from it in vacuum is (k = 9×10^9):

A.9×10^3 V

B.5×10^3 V

C.4.5×10^4 V

D.5×10^2 V

Explanation: V = kq/r = (9×10^9)(5×10^−6)/9 = 45×10^3/9 = 5×10^3 V. Potential is a scalar and falls as 1/r, not 1/r^2.

8Three identical capacitors each of capacitance C are connected in series. Their equivalent capacitance is:

A.C

B.C/2

C.C/3

D.3C

Explanation: For n equal capacitors in series, 1/Ceq = n/C so Ceq = C/n. With n = 3, Ceq = C/3. Series connection reduces equivalent capacitance below any single capacitor.

9A 2 μF parallel-plate capacitor is charged to 100 V and then disconnected from the battery. If the plate separation is doubled (dielectric still air), the stored energy becomes:

A.5.0×10^−3 J

B.1.0×10^−2 J

C.4.0×10^−2 J

D.2.0×10^−2 J

Explanation: Initially U = (1/2)CV^2 = (1/2)(2×10^−6)(100)^2 = 1.0×10^−2 J. After disconnection Q is constant. Doubling d halves C. With Q fixed, U = Q^2/(2C) doubles to 2.0×10^−2 J. Energy is supplied by the work done in separating the plates against attraction.

10Gauss's law states that the net electric flux through a closed surface is equal to:

A.q_enclosed/ε0

B.q_enclosed × ε0

C.E × A only

D.zero always

Explanation: Gauss's law: closed surface integral of E·dA equals q_encl/ε0 in SI. Flux depends only on the enclosed charge, not on charges outside the Gaussian surface.

About the RBSE SS Physics Practice Questions

Verified exam format metadata for Rajasthan RBSE Senior Secondary (Class 12) Physics — Code 040 is pending. The practice questions above remain available while official exam length, timing, passing score, fee, and administrator details are reviewed.

100+ Free RBSE SS Physics Practice Questions

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Key Facts: RBSE SS Physics Exam

Sample RBSE SS Physics Practice Questions

About the RBSE SS Physics Practice Questions