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Last 5 Year Question Paper for Madhya Pradesh Board (MPBSE) Class 12 Physics

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Last updated date: 22nd Mar 2024
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MVSAT 2024

MP Board (MPBSE) Last 5 Year Question Paper for Class 12 Physics with Solutions - Free PDF Download

MPBSE or Madhya Pradesh Board of Secondary Education conducts the Class 12 exam in March every year.

As you know, Class 12 is the golden period for you. Your score in this exam decides your career. Vedantu believes in excellence. Thus, our faculties have done extensive research on the PYQP of the MPBSE Class 12 exams to prepare the students for all the types of questions that may appear in the upcoming exam (March 2021).

If you wish to prepare for the MPBSE board exam under the guidance of our highly experienced faculties, you are welcome to the Vedantu learning program.

At Vedantu, you will get concise and easy-to-comprehend solutions to the last 5 Years Question Papers for Class 12 Physics. 

Competitive Exams after 12th Science

Last 5 Year Question Paper for Madhya Pradesh Board (MPBSE) Class 12 Physics

Physics Paper 2015 MP Board

MPBSE Class 12 Previous Years Question Papers are crucial for the board exam preparations. For your convenience, our subject matter experts have solved the 2015 PYQP of Physics. Please go through the solutions provided below.

Q1: Where is the Zener Diode used for?

Options: 

  1.  In Amplification

  2. In Rectification

  3. As Oscillator in producing oscillations

  4. In Voltage Regulation

Objective Answer: (d) In Voltage Regulation


Q2: What is Conjugate Foci? (Repeated in MPBSE 2017)

Answer: Conjugate Foci is a pair of points on the principal axis of the lens, where the position of the object and the image can be transposed.


Physics Paper 2016 MP Board

Q1: If two point charges, each of ‘q’ are separated by a distance ‘2a,’  then what will be the electric potential at their midpoint?

Options:

  1. \[\frac{q}{2 \pi \epsilon _{0} a}\]

  2. Zero

  3. \[\frac{q}{8 \pi \epsilon _{0} A}\]

  4. \[\frac{q}{2 \pi \epsilon _{0} a^{2}}\]

Objective Answer: (a)

Explanation: We know that electric potential, V = \[\frac{q}{4 \pi \epsilon _{0} d}\]

VMIDPOINT  = \[\frac{q}{4 \pi \epsilon _{0} a}\] + \[\frac{q}{4 \pi \epsilon _{0} a}\] (As d = a)

=> VMIDPOINT  = \[\frac{q}{2 \pi \epsilon _{0} a}\]


Q2: State Biot-Savart’s law. Define the unit of Current.

Answer: Biot-Savart’s law is used to determine magnetic field intensity ‘H’ produced by the steady electric current in an infinitely long straight wire. This law relates the magnetic field to the following attributes of the electric current:

  • Magnitude

  • Direction

  • Length, and

  • The proximity of the current.

The unit of current is Ampere. Ampere is the flow of charge across the surface at the rate of 1 C/s.


Physics Paper 2017 MP Board

Q1: Explain OR and AND Gate in terms of the following: 

(i) Boolean expression 

(ii) Truth Table

Answer: 

(i) OR Gate

Boolean Expression: A + B

Truth Table

A

B

A + B

0

0

0

0

1

1

1

0

1

1

1

1


(ii) AND Gate

Boolean expression: A . B

Truth Table

A

B

A . B

0

0

0

0

1

0

1

0

0

1

1

1


Q2: State Two Laws of the Photoelectric Effect.

Answer: 

First Law: Photoelectric current is directly proportional to the intensity of incident light, provided that the radiation’s frequency is greater than the threshold frequency.

Second Law: Photoelectric emission is an instantaneous emission process. This means there is no lag between the incident of light and the emission of electrons from the surface.


Physics Paper 2019 MP Board

Q1: If monochromatic light of frequency 6 x 1014Hzis produced by a laser, then what will the energy of a photon in the beam light?

Solution: 

Given f = 6 x 1014Hz

We know that E = hf, and h = Planck’s constant = 6.6 x 10-34Js

So, E = 6.6 x 10-34 x 6 x 1014= 3.96 x 10-19J


Q2: What does a depletion layer of the P-N junction diode contain?

Options:

  1. Electrons

  2. Immobile ions

  3. Mobile ions

  4. Protons

Objective Answer: (b)

Download Last 5 Year MPBSE PYQP with Solutions PDF

Students willing to prepare for the Class 12 Physics MPBSE Exam from our learning program are welcomed to download the ‘Solved Last 5 years PYQP of MPBSE Class 12 Physics Exam’ from the link provided below.


Advantages of Vedantu’s Solved MPBSE Class 12 Physics PYQP

Benefits of Vedantu’s solved MPBSE Class 12 Physics PYQP lies hereunder:

  • Solutions to all the PYQP are prepared according to the understanding level of every student and are explained in a simplified way.

  • Unsolved questions for the exam also available on our website. Solving previous year questions will boost your confidence level. If you can solve the questions that were asked in the past years, you will feel well prepared for the upcoming exams. Solutions are available at the end of the PYQP for your reference.

  • Study materials and MP Set Question Paper for Physics will help prepare the students for the Physics board exam.

For your ease, all these resources are available in a single window. 


FAQs on Last 5 Year Question Paper for Madhya Pradesh Board (MPBSE) Class 12 Physics

1. What Are the Matter Waves?

Matter waves (also known as de Broglie waves) are the core of the theory of quantum mechanics, being an example of wave-particle duality. Electrons are matter waves because a beam of electrons can be diffracted like a beam of light.

2. Can Individual Students Apply for MP Board 12th Exams?

The answer is No! The application process for the MPBSE Class 12 exams are held in offline mode in the respective schools. Individual students can’t apply for the MP Board Class 12 Exams.

3. What Is the Pass Percentage for the MPBSE 2022 Board Exam?

The passing marks in the MPBSE 2022 board exam are 72.7 percent.

 4. What is MPBSE?

MP Board of Secondary Education is a Madhya Pradesh Government body. It is responsible for the following roles:

  • Determining the policy-related to administration.

  • Directing the Cognitive & Intellectual state of the Higher Educational System (HES).

  • Conducting Annual Examination for the Higher School Secondary Certificate (HSSC).

5. What is a Transducer?

A transducer is an electronic device that converts one form of energy to another, or converts a signal in one form of energy to another form.

Common Examples are:

  • Thermometers

  • Microphones

  • Loudspeaker

  • Antenna