1. JEE/NEET Class Schedule --- | Monday - 9.00 pm to 10.30 pm / Thursday – 9.00 pm to 10.30 pm |
2. JAM/JEST Class Schedule --- | Friday – 5.00 pm to 6.30 pm / Saturday – 5.00 pm to 6.30 pm |
3. XI Bengali Class Schedule --- | Monday – 6.30 pm to 8.00 pm / Thursday – 6.30 pm to 8.00 pm |
4. XII Bengali Class Schedule --- | Tuesday – 8.30 pm to 10.00 pm / Friday – 8.30 pm to 10.00 pm |
5. XI English Class Schedule --- | Tuesday – 7.00 pm to 8.30 pm / Friday – 8.30 to 10.00 am |
6. XII English Class Schedule --- | Wednesday – 8.30 pm to 10.00 pm / Saturday – 8.30 pm to 10.00 pm |
This Live Classes of XI-XII students are most useful for preparation in Board examination as well as in competitive examination. For every class, class notes of that class in printed pdf format will be uploaded for students further study in home practice.
This study materials in printed pdf format are completely made over the syllabus of XI-XII. These materials are urgently needed for student's preparation at a standard level and the material is made in easy language with complete explanation in respect of Physics and Mathematical point of view with supported diagram when needed.
This study materials in printed pdf format are completely made over the syllabus of Physics Honours under any Indian University. These materials are urgently needed for student's preparation at a standard level and the material is made in easy language with complete explanation in respect of Physics and Mathematical point of view with supported diagram when needed.
Physics formula are basically the conceptual points over several topics of a chapter. This helps for student's outstanding preparation through conceptual growth and development of confidence level over that chapter. Every student should collect these Physics Formula beside his/her normal preparation.
After preparation of any chapter of Physics, student should practice MCQ of the chapters in each section and thus, such MCQ practice is very essential specially for competitive examination. Student must collect this package of large number of MCQs at an early date.
Each competitive examination runs through the time bound evaluation of MCQ by the student. That's why the time bound practice of MCQ solve is urgently required for every student. For this reason student must collect such outstanding package of Online Test (OLT) consisting of 30 Online Practice Test with duration of 1 hour for each test containing 50 number of MCQs over the whole syllabus of XI-XII.
Physics formula are basically the conceptual points over several topics of a chapter. This helps for student's outstanding preparation through conceptual growth and development of confidence level over that chapter. Every student should collect these Physics Formula beside his/her normal preparation.
After preparation of any chapter of Physics, student should practice MCQ of the chapters in each section and thus, such MCQ practice is very essential specially for competitive examination. Student must collect this package of large number of MCQs at an early date.
Each competitive examination runs through the time bound evaluation of MCQ by the student. That's why the time bound practice of MCQ solve is urgently required for every student. For this reason student must collect such outstanding package of Online Test (OLT) consisting of 30 Online Practice Test with duration of 1 hour for each test containing 50 number of MCQs over the whole syllabus of XI-XII.
For preparation of Physics in XI-XII and Honours Level, this website is essential for every student
Live Class of this website for XI-XII students covers the whole syllabus in basic level as well as in advance level and at every class , class note will be provided in printed pdf format
The study material as offered to XI-XII and Honours students is made in very easy language with necessary calculation and supported diagram and finally it becomes student friendly
Physics formulas as offered to the Physics Students are basically conceptual points which are very essential for build up the complete idea over the chapter
The Online Test (OLT) is an outstanding platform of this website for required preparation of XI-XII students on the basis of any Engineering and Medical Entrance Exam over the country
These are the reason.
For preparation of Physics in XI-XII and Honours Level, this website is essential for every student
Live Class of this website for XI-XII students covers the whole syllabus in basic level as well as in advance level and at every class , class note will be provided in printed pdf format
The study material as offered to XI-XII and Honours students is made in very easy language with necessary calculation and supported diagram and finally it becomes student friendly
Physics formulas as offered to the Physics Students are basically conceptual points which are very essential for build up the complete idea over the chapter
The Online Test (OLT) is an outstanding platform of this website for required preparation of XI-XII students on the basis of any Engineering and Medical Entrance Exam over the country
This course of study material for Physics Honours covers a number of sections of Physics. Each of... Read More
Ch.1: Vector Calculus Ch.2: Fundamentals of Dynamics Ch.3: Work and Energy Ch.4: Rotational Dynamics Ch.5: Fluid Motion Ch.6: Elasticity Ch.7: Gravitation and Central Force Motion
Ch.1: Electric Field and Electric Potential Ch.2: Dielectric Properties of Matter Ch.3: Magnetic Field Ch.4: Electromagnetic Induction and Magnetic Properties of Matter Ch.5: Electrical Circuits Ch.6: Network Theorem
Paper – 1 Ch.1: Calculus Ch.2: Fourier series Ch.3: Curvilinear Co Ordinates Ch.4: Partial Differential Equations Ch.5: Ordinary Differential Equations and Special Functions Ch.6: Special Integral Paper – 2 Ch.1: Oscillations Ch.2: Superposition of linear Oscillations Ch.3: Wave Motion Ch.4: Superposition of Wave Motions Ch.5: Instrumentation Ch.6: Light Waves Ch.7: Interference
Ch.1: Vector Calculus Ch.2: Fundamentals of Dynamics Ch.3: Work and Energy Ch.4: Rotational Dynamics Ch.5: Fluid Motion Ch.6: Elasticity Ch.7: Gravitation and Central Force Motion
Ch.1: Electric Field and Electric Potential Ch.2: Dielectric Properties of Matter Ch.3: Magnetic Field Ch.4: Electromagnetic Induction and Magnetic Properties of Matter Ch.5: Electrical Circuits Ch.6: Network Theorem
Ch.1: Fourier series Ch.2: Partial Differential Equations Ch.3: Ordinary Differential Equations Ch.4: Oscillations Ch.5: Wave Motion Ch.6: Interference
Chapters :
1. Analog Modulation
2. Digital Pulse Modulation
3. Electronic Communication
4. Introduction to Communication and Navigation Systems
Chapters :
1. Alternating Current
2. Ballistic Galvanometer
3. Electrical Circuits
4. Electromagnetic Induction
5. Magnetic Field due to Steady Current
6. Magnetic Properties of Matter
7. Network Theorem
8. Thermoelectricity
Chapters :
1. EM Wave in Bounded Media
2. EM Wave Propagation in Unbounded Media
3. Maxwell’s Equations
4. Optical Fibre
5. Polarization of Electromagnetic Waves
Chapters :
1. Bipolar Junction Transistor
2. Feedback Amplifier
3. Field Effect Transistor
4. OP AMP
5. Oscillator
6. RC Coupled Amplifier
7. Rectifiers and Filters
8. Semiconductor Diodes
9. Transistor Amplifier
Chapters :
1. Basic Concept of Digital Gates
2. Digital Counters
3. Diode Diode Logic and Transistor Logic
4. Encoder and Decoder
5. Flip Flops
6. Half Adder and Full Adder
7. Half Subtractor and Full Subtractor
8. IC 555 Timer
9. Multiplexer and Demultiplexer
10. Multivibrators
11. Shift Register
12. Simplification of Boolean Expression
Chapters :
1. Dielectrics and Capacitor
2. Electrostatic Field and Potential
3. Method of Electrostatic Image
Chapters :
1. Elasticity
2. Fluid Dynamics
3. Surface Tension
4. Viscosity
Chapters :
1. Calculus
2. Fourier Series
3. Orthogonal Curvilinear Coordinates
4. Partial Differential Equations (Boundary Value Problems)
5. Some Special Integral (Beta, Gamma and Error Functions)
6. Special Functions (ODE)
7. Vector (DOT and CROSS Product)
8. Vector (Elementary)
9. Vector (Integrations)
10. Vector (Operators)
11. Vector (Theorems)
Chapters :
1. Calculus of Variation
2. Complex Numbers
3. Complex Variables
4. Dirac Delta Function
5. Matrix Algebra
6. Theory of Probability
Chapters :
1. Eigen Values and Eigen Vectors
2. Error
3. Fourier Transformation
4. Laplace Transformation
5. Linear Vector Space
Chapters :
1. Elasticity
2. Fundamental Dynamics
3. Gravitation
4. Motion under Central Force
5. Non Inertial Systems
6. Rotational Dynamics
7. Work - Energy
Chapters :
1. Constrained Motion
2. Hamiltonian Mechanics
3. Lagrangian Mechanics
Chapters :
1. Electron Transport
2. Nano Scale Systems
3. Optical Properties
4. Synthesis of Nano Structure Materials
5. Characterization
6. Applications
Chapters :
1.. Detector for Nuclear Radiations
2. General Properties of Nuclei
3. Interaction of Nuclear Radiation with Matter
4. Nuclear Models
5. Nuclear Reactions
6. Particle Accelerators
7. Particle Physics
8. Radioactivity Decay
Chapters :
1. Oscillations
2. Superposition of Collinear Harmonic Oscillations
3. Superposition of Two Harmonic Waves
4. Wave Motion
Chapters :
1. Dynamical Processes
2. Evolution
3. Structure
4. The Earth and the Universe
Chapters :
1. Bound State in arbitrary Potential
2. Quantum Theory of Hydrogen like Atoms
3. Schrodinger Equation
Chapters :
1. Application of Schrodinger's Equation
2. Heisenberg's Uncertainty Principle
3. Quantum Theory of Light
4. Rotational and Vibrational Spectroscopy
5. Schrodinger's Equation in new Quantum Mechanics
6. Theory of Black Body Radiation
7. Wave Particle Duality and Matter Wave
Chapters :
1. Aberration
2. Dispersion of Light
3. Fermat's Principle
4. Human Eye
5. Matrix Method in Ray Optics
6. Optical Instruments
7. Reflection of Light
8. Refraction at Spherical Surface and Lens
Chapters :
1. Crystal Structure
2. Dielectric Properties of Materials
3. Elementary Band Theory
4. Elementary Lattice Dynamics
5. Ferroelectric Properties of Materials
6. Magnetic Properties of Matter
7. Superconductivity
Chapters :
1. Four Momentum Conservation
2. Four Vector and Transformation Matrix
3. Length Contraction and Time Dilation in 4 Space
4. Light Cone and World Line
5. Lorentz Transformations in Minkowski Space
6. Metric Tensor
7. Relativistic Doppler Effect
8. Relativistic Electromagnetic Theory
9. Relativistic Kinematics
Chapters :
1. Special Theory of Relativity (Basic)
Chapters :
1. Bose Einstein Statistics
2. Classical Statistical Mechanics
3. Classical Theory of Radiation
4. Fermi Dirac Statistics
5. Quantum Theory of Radiation
Chapters :
1. Kinetic Theory of Gasses
2. Real Gas
3. Thermal Conduction
4. Thermal Radiation
Chapters :
1. Introduction to Thermodynamics
2. Maxwell's Thermodynamic Relations
3. Thermodynamic Potentials
Chapters :
1. Coherence
2. Diffraction of Light
3. Huygens's Construction
4. Interference of Light
5. Interferometer
6. LASER and Holography
7. Polarization of Light
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