Maharashtra Board 11th Physics syllabus 2025 is the ultimate source of learning and enhancing knowledge regarding this subject. The easiest and the most comprehensible language is used in the 11th syllabus Maharashtra board which will help every student to gain desired knowledge and score well in their exams. Also, Class 11th is the turning class in every student's career life, building a strong and conceptually clear base in Physics is very important. Hence, to build that base, studying the Maharashtra Board 11th Physics syllabus is extremely important.
Maharashtra Board 11th Physics Syllabus 2024 – Free PDF Download The physics syllabus for Class 11th Maharashtra board contain chapters such as Gravitation, Laws of Motion, Electrostatics, Electric Current through Conductors and many more interesting topics which fascinate every student whose favourite subject is Physics. Those students who would like to go for engineering after class 12th can study the essential Physics topics from Maharashtra board class 11 Physics syllabus as it contains all the topics which are important from the competitive exams point of view.
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Chapters in Maharashtra Board Class 11 Physics Syllabus
Each chapter and topics of class 11 Maharashtra board syllabus for physics are given here with topic names. The syllabus of MBHSE class 11 physics has chapters on mechanics, thermodynamics, optics, electricity and magnetism and semiconductors. Let us have a look at the Maharashtra board class 11 physics syllabus and topics.
Chapter | Topics |
Units and
Mathematical
Tools | - Distinguish between fundamental and derived quantities.
- Distinguish between different system of units and their use.
- Identify methods to be used for measuring lengths and distances of varying magnitudes.
- Check correctness of physical equations using dimensional analysis.
- Establish the relation between related physical quantities using dimensional analysis.
- Find conversion factors between the units of the same physical quantity in two different
sets of units.
- Identify different types of errors in measurement of physical quantities and estimate them.
- Identify the order of magnitude of a given quantity and the significant figures in them.
- Distinguish between scalar and vector quantities.
- Perform addition, subtraction and multiplication (scalar and vector product) of vectors.
- Determine the relative velocity between two objects.
- Obtain derivatives and integrals of simple functions.
- Obtain components of vectors.
- Apply mathematical tools to analyze physics problems.
|
Motion and Gravitation | - Visualize motions in daily life in one, two and three dimensions.
- Explain the necessity of Newton’s first law of motion.
- Categorize various forces of nature into four fundamental forces.
- State various conservation principles and use these in daily life situations.
- Derive expressions and evaluate work done by a constant force and variable force.
- Organize/categorize the common principles between collisions and explosions.
- Explain the necessity of defining impulse and apply it to collisions, etc.
- Elaborate the limitations of Newton’s laws of motion.
- Elaborate different types of mechanical equilibria with suitable examples.
- Apply the Kepler’s laws of planetary motion to solar system.
- Elaborate Newton’s law of gravitation.
- Calculate the values of acceleration due to gravity at any height above and depth below the earth’s surface.
- Distinguish between different orbits of earth’s satellite.
- Explain how escape velocity varies from planet.
- Explain weightlessness in a satellite.
|
Properties of Matter | - Explain the difference between elasticity and plasticity
- Identify elastic limit for a given material.
- Differentiate between different types of elasticity modules.
- Judge the suitability of materials for specific applications in daily life appliances.
- Identify the role of force of friction in daily life.
- Differentiate between good and bad conductors of heat.
- Relate underlying physics for use of specific materials for use in thermometers for specific applications.
|
Sound and Optics | - Apply and relate various parameters related to wave motion.
- Compare various types of waves with common features and distinguishing features.
- Analytically relate the factors on which the speed of sound and speed of light depends.
- Explain the essential factor to describe wave propagation and relate it with phase angle.
- Apply the laws of reflection to light.
- Mathematically describe the Doppler effect for sound waves.
- Apply the laws of refraction to common phenomena in daily life like, a mirage or a rainbow.
- Identify the defects in images obtained by mirrors and lenses, with their cause and ways of reducing or eliminating them.
- Explain the construction and use of various optical instruments such as a microscope, a telescope, etc.
- Relate dispersion of light with colour and apply it analytically with the help of prisms.
- Describe dispersive power as a basic property of transparent materials and relate it with their refractive indices.
- Analyze the time taken to receive an echo and calculate distance to the reflecting object.
- Explain reverberation and acoustics.
|
Electricity and Magnetism | - Distinguish between conductors and insulators.
- Apply coulomb’s law and obtain the electric field due to a certain distribution of charges.
- Define dipole, obtain the dipolar field.
- Relate the drift of electrons in a conductor to resistivity
- Calculate resistivity at various temperature.
- Connect resistors in series and parallel combination.
- Compare electric and magnetic fields.
- Draw electric and magnetic lines of force.
- Obtain magnetic parameters of the Earth.
- Solve numerical and analytical problems.
|
Communication and Semiconductors | - Explain the properties of an electromagnetic wave.
- Distinguish between mechanical waves and electromagnetic waves.
- Identify different types of electromagnetic radiations from γ- rays to radio waves.
- Distinguish between different modes of propagation of EM waves through earth’s atmosphere.
- Identify different elements of a communication system.
- Explain different types of modulation and identify the types of modulation needed in given situation.
- Distinguish between conductors, insulators and semiconductors based on band structure.
- Differentiate between p type and n type semiconductors and their uses.
- Explain working of forward and reverse biased junction.
- Explain the working of semiconductor diode.
|
Maharashtra State Board 11th Books
How to Download Maharashtra State Board Physics Syllabus
The MSBSHSE class 11 syllabus is available on the official website mahahsscboard.in. Students can visit the official website to download the Maharashtra State Board Class 11 physics syllabus. The syllabus can be downloaded by following the steps given below:
- Visit the website - ebalbharati.in
- Click on download pdf textbooks in the menu.
- Select the class, medium and subject
- Students can view the list of subjects. Click on physics. The MBHSE physics syllabus of class 11 will appear on the new window. Download to save the syllabus and refer to class 11.
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