Physics · Class 11 Science

Madhya Pradesh Mpbse Class 11 Physics — Real Previous-Year Papers

with complete answers

Real previous-year board papers, year by year — the official exam pattern, the full question paper, and every question solved the concept-first way. Distinct from the chapter-wise textbook bank.

2019–2026
Years of papers: 7
Total Papers: 7
Real Board Papers: 0
Sample papers: 285
Real-paper Q & A: 0
Sample-paper Q & A

Real board-paper questions available, by year

43 Q2026complete

43 Q2025complete

43 Q2024complete

43 Q2023complete

43 Q2022complete

—2021Exam cancelled (COVID-19)

35 Q2020complete

35 Q2019complete

—2018Paper not yet available

2021 — Exam cancelled (COVID-19): The Madhya Pradesh School Education Department cancelled the Class-11 annual examination statewide in 2021 due to COVID-19 (decision of 16 April 2021) — students were evaluated through a half-yearly test and internal assessment instead. No question paper exists because no annual exam was ever administered that year.

2018 — Paper not yet available: The MPBSE Class-11 exam was presumably held this year, but no verified question paper for this subject has been found from the sources we check — the official mpbse.nic.in and related state portals (which keep no browsable past-paper archive) plus the public past-paper archives, which otherwise cover this subject for every other year. We publish only a paper we can verify against a real printed original — it will appear here once it is.

MP Board Higher Secondary (Class 11) 2026 · Set ANNUAL

Real board examination

About this paper

The real Class-12 board examination held in 2026. Every question below is solved the concept-first way. Sample papers are labelled honestly — never shown as a past exam.

Total marks: 70
Questions: 43
Duration: 180 min
Sections: 4

The marks / questions / duration above are the official exam pattern. We currently have 43 of this paper’s questions (100% of the full paper), with 43 fully solved. Questions we couldn’t yet extract or verify are held — never shown as complete.

Sections & marks

Section	Type	Questions	Marks each	Total
Section A (Objective)Section Section A (Objective)	Objective -- all compulsory, 1 mark each	28	1	28
Section B (Very Short Answer)Section Section B (Very Short Answer)	Very short answer, internal choice within each question	7	2	14
Section C (Short Answer)Section Section C (Short Answer)	Short answer, internal choice within each question	4	3	12
Section D (Long Answer)Section Section D (Long Answer)	Long answer, internal choice within each question	4	4	16
Total		43		70

The question paper

The questions we hold for this paper, laid out by section. Solutions are on the Answers tab.

Board Examination

Physics

MP Board Higher Secondary (Class 11) 2026 · Set ANNUAL

Series/Set: ANNUALRoll No. ________

Time Allowed: 3 hoursMaximum Marks: 70

General Instructions

This question paper contains 43 questions divided into 4 sections — Section A (Objective), Section B (Very Short Answer), Section C (Short Answer), Section D (Long Answer).
Section Section A (Objective) comprises 28 questions of 1 mark each (Objective -- all compulsory, 1 mark each).
Section Section B (Very Short Answer) comprises 7 questions of 2 marks each (Very short answer, internal choice within each question).
Section Section C (Short Answer) comprises 4 questions of 3 marks each (Short answer, internal choice within each question).
Section Section D (Long Answer) comprises 4 questions of 4 marks each (Long answer, internal choice within each question).

Above is the official exam pattern. The questions printed below are those we currently hold for this paper.

Section A

Q1.

Which of the following quantity is not a fundamental quantity?

(a) temperature
(b) charge
(c) quantity of matter
(d) luminous intensity

[1]

Q2.

The area enclosed by velocity-time graph with time axis represents -

(a) velocity
(b) displacement
(c) acceleration
(d) work

[1]

Q3.

On which of the following quantity does the moment of inertia of a body not depend?

(a) Angular acceleration
(b) Axis of rotation
(c) Mass of body
(d) Distribution of mass

[1]

Q4.

Moon has no atmosphere because -

(a) it is close to earth
(b) it revolves around earth
(c) it has very low temperature
(d) it has low value of escape velocity

[1]

Q5.

Substances like tissue of aorta, rubber etc. which can be stretched to cause large strain are called -

(a) elastic substances
(b) Inelastic substances
(c) elastomer substances
(d) brittle substances

[1]

Q6.

The angular frequency of a body of mass m suspended with a spring of spring constant k is -

(a) sqrt(m/k)
(b) sqrt(k/m)
(c) (1/2) m x k
(d) k/m

[1]

Page 1 of 6

Q7.

Fill in the blank: The ratio of lateral strain to the longitudinal strain in a stretched wire is called __.

[1]

Q8.

Fill in the blank: The time period of a second pendulum remains __ second.

[1]

Q9.

Fill in the blank: __ waves does not transfer energy.

[1]

Q10.

Fill in the blank: Moment of linear momentum is called __.

[1]

Q11.

Fill in the blank: For the angle of projection theta and (90-theta), __ remains same in projectile motion.

[1]

Q12.

Fill in the blank: Dimensional formula of __ is same as the dimensional formula of angular momentum.

[1]

Q13.

Match the column - select the correct definition (from Column B) for the term 'Force' (Column A): (a) change in linear momentum (b) motion opposing force (c) loss of energy (d) rate of change of momentum (e) ability of doing work (f) rate of doing work

[1]

Q14.

Match the column - select the correct definition (from Column B) for the term 'Impulse' (Column A): (a) change in linear momentum (b) motion opposing force (c) loss of energy (d) rate of change of momentum (e) ability of doing work (f) rate of doing work

[1]

Q15.

Match the column - select the correct definition (from Column B) for the term 'Power' (Column A): (a) change in linear momentum (b) motion opposing force (c) loss of energy (d) rate of change of momentum (e) ability of doing work (f) rate of doing work

[1]

Q16.

Match the column - select the correct definition (from Column B) for the term 'Energy' (Column A): (a) change in linear momentum (b) motion opposing force (c) loss of energy (d) rate of change of momentum (e) ability of doing work (f) rate of doing work

[1]

Page 2 of 6

Q17.

Match the column - select the correct definition (from Column B) for the term 'Inelastic collision' (Column A): (a) change in linear momentum (b) motion opposing force (c) loss of energy (d) rate of change of momentum (e) ability of doing work (f) rate of doing work

[1]

Q18.

Match the column - select the correct definition (from Column B) for the term 'Friction' (Column A): (a) change in linear momentum (b) motion opposing force (c) loss of energy (d) rate of change of momentum (e) ability of doing work (f) rate of doing work

[1]

Q19.

Write true or false: The stopping distance of a moving vehicle is proportional to the square of its initial velocity.

[1]

Q20.

Write true or false: The value of escape velocity at the poles of the earth is less than the escape velocity from the equator.

[1]

Q21.

Write true or false: Good absorbers are bad emitters.

[1]

Q22.

Write true or false: The density of water is maximum at 0 degrees C temperature.

[1]

Q23.

Write true or false: Every oscillatory motion is periodic but every periodic motion is not oscillatory.

[1]

Q24.

Write the answer in one word/one sentence: How many significant digits are there in the number 0.03000?

[1]

Q25.

Write the answer in one word/one sentence: Write the value of 108 km/hour in m/s.

[1]

Q26.

Write the answer in one word/one sentence: Write the relation between angular velocity and time period.

[1]

Q27.

Write the answer in one word/one sentence: Write the dimensional formula for coefficient of friction mu.

[1]

Page 3 of 6

Q28.

Write the answer in one word/one sentence: Write the C.G.S. value of universal gravitational constant G.

[1]

Section B

Q1.

Define latent heat and write its unit. **OR** Write Wien's Displacement law.

[2]

Q2.

Write the law of length and the law of mass for a simple pendulum. **OR** Write the formula for acceleration in SHM and state the direction of acceleration in this motion.

[2]

Q3.

A steel wire, 0.72 m long, has a mass of 5 x 10³ kg. If the wire is under a tension of 60 N, what is the speed of the transverse wave on the wire? **OR** The speed of sound in air is 340 m/s. Find the wavelength of a sound wave of frequency 20 Hz.

[2]

Q4.

Write any two differences between a transverse wave and a longitudinal wave. **OR** Write the principle of superposition of waves.

[2]

Q5.

Write Galileo's law of odd numbers. **OR** Define reaction time.

[2]

Q6.

Write the law of conservation of linear momentum. **OR** Give the reason why players pull their hands backward while catching a ball.

[2]

Q7.

Write Kepler's law of time period (third law) about planetary motion. **OR** Determine the relation between g and G.

[2]

Page 4 of 6

Section C

Q1.

Find the value of Cp, Cv and gamma for a diatomic gas. **OR** Prove, on the basis of kinetic theory, that the average kinetic energy of a molecule is proportional to the absolute temperature of the gas.

[3]

Q2.

A steel rod has a radius of 10 mm and length of 1 m. A 100 kN force F stretches it along its length. Calculate (a) stress, (b) elongation and (c) strain on the rod, given Young's modulus of steel = 2 x 10¹1 N/m². **OR** The average depth of the Indian Ocean is about 3000 m. Calculate the fractional compression (delta V / V) of water at the bottom of the ocean, given that the bulk modulus of water is 2.2 x 10⁹ N/m². (Take g = 10 m/s²)

[3]

Q3.

If I is the moment of inertia and alpha is the angular acceleration, then prove that Torque tau = I x alpha. **OR** Define the centre of mass and prove that for two particles of equal masses the centre of mass lies exactly midway between them.

[3]

Q4.

Write three uses of dimensional analysis. **OR** 5.74 g of a substance occupies 1.2 cm³ volume. Express its density, keeping the significant figures in view.

[3]

Section D

Q1.

Prove Mayer's equation: Cp - Cv = R. **OR** What is an adiabatic process? Determine the formula for work done in an adiabatic process.

[4]

Page 5 of 6

Q2.

Define the speed of efflux and establish Torricelli's law. **OR** Write Bernoulli's principle and prove it.

[4]

Q3.

If two vectors a and b make an angle theta with each other, find the magnitude and direction of their resultant vector. **OR** Define centripetal acceleration and determine its formula in different forms.

[4]

Q4.

Write the work-energy theorem for a variable force and derive it using the integration method. **OR** Define power. Write its unit and dimensional formula and prove that Power = Force x Velocity.

[4]

Page 6 of 6