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CSIR NET MATHEMATICAL SCIENCES ONLINE COURSE
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◄ EXAM SCHEME
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EXAM SCHEME
GRE PHYSICS
CSIR NET PHYSICAL SCIENCE SYLLABUS
TRAJECTORY MEDIA PLAYER
CSIR NET VIDEO LECTURES - MODULAR
1-VECTOR CALCULUS-LEVEL-1
2-VECTOR CALCULUS-LEVEL-2
3-DIFFERENTIAL EQUATIONS-LEVEL-1
4-DIFFERENTIAL EQUATIONS-LEVEL-2
5-LINEAR ALGEBRA-LEVEL-1
6-LINEAR ALGEBRA-LEVEL-2
7-FOURIER SERIES-LEVEL-1
8-FOURIER SERIES-LEVEL-2
Normal Reaction
Tension
Pseudo Forces
Friction
Law of Coservation of Linear Momentum
Law of Conservation of Energy
Collision
Generalized Notation
DAlembert Principle and Lagrange Equation
Lagrange Equation from Variational Principle
Problems on Lagrangian
Symmetry and Conservation Laws
CSIRNET Previous Years Problems on Lagrangian
JEST and GATE Previous Years Problems on Lagrangian
Hamiltonian Formulation
Problems on Hamiltonian
JEST Previous Year Problems on Hamiltonian
GATE Previous Year Problems on Hamiltonian
CSIR NET Previous Year Problems on Hamiltonian
Equivalent One Body Problem
Conservation laws in Central Force Motion
Trajectory of Particle Undergoing Central Force Motion
Types of Central Force Motion
Problems on Central Forces
Gravitation
Gravitational Field
Gravitational Potential
Gravitational Potential Energy
Previous Year Problems on Central Forces in IISc
Previous Year Problems on Central Forces in TIFR
Previous Year Problems on Central Forces in JEST
GATE Previous Year Problems on Central Forces
CSIR NET Previous Year Problems on Central Forces
Uniformly Rotating Frame
Circular Motion
Coriolis Force
Previous Years Questions on Coriolis forces
Small Oscillation in One Dimension
JEST Previous Year Problems on Small Oscillations
GATE Previous Year Problems on Small Oscillations
CSIR NET Previous Year Problems on Small Oscillations
Coupled Oscillation
First Order System
Second Order System and Stability Analysis
examples
Degree of Freedom and Euler Angles
Rotation about Fixed Axis
Translation + Rotation
Problems on Rolling
Angular Momentum
Moment of Inertia Tensor
Euler Equations and Its Applications
Previous Year Problems on Rigid Body Dynamics in IISc
Previous Year Problems on Rigid Body Dynamics in TIFR
Previous Year Problems on Rigid Body Dynamics in JEST
GATE Previous Years Problems on Rigid Body Dynamics
CSIR NET Previous Years Problems on Rigid Body Dynamics
Einstein postulates
Time Dilation and Length Contraction
Simultanity and Lorentz Transformation
Problems on Relativity
Mass and Energy
Minkowsky Space
TIFR Previous Year Problems on Relativity
IISc Previous Year Problems on Relativity
JEST Previous Year Problems on Relativity
GATE Previous Year Problems on Relativity
csir-net-previous-year-problems-on-relativity
Canonical Transformation
1. LAGRANGIAN FORMULATION OF CLASSICAL MECHANICS – I (LEVEL 1)
2. LAGRANGIAN FORMULATION OF CLASSICAL MECHANICS – II (LEVEL 1)
3. LAGRANGIAN FORMULATION OF CLASSICAL MECHANICS – I (LEVEL 2)
4. HAMILTONIAN DYNAMICS (LEVEL 1)
5. HAMILTONIAN DYNAMICS (LEVEL 2)
6. CENTRAL FORCE (LEVEL-1)
7. CENTRAL FORCE (LEVEL-2)
8. CANONICAL TRANSFORMATION (LEVEL – 1)
9. CANONICAL TRANSFORMATION (LEVEL – 2)
10. RIGID BODY DYNAMICS (LEVEL – 1)
11. RIGID BODY DYNAMICS (LEVEL – 2)
12. SMALL OSCILLATION
13. RELATIVITY
14-SECTIONAL TEST – CLASSICAL MECHANICS
Introduction to Dipole and Quadrupole
Multipole Expansion
Problems on Multipole Expansion
Method of Images
Electromagnetic Potential
Maxwell Equation in terms of EM Potential
EM Waves in Conducting Medium
Properties of EM Waves in Conducting Medium
EM Waves in Plasma
1-ELECTRIC CHARGE-LEVEL-1
2-ELECTRIC CHARGE-LEVEL-2
3. ELECTRIC FLUX AND FIELD DUE TO CHARGE DISTRIBUTION—MCQ–LEVEL–2
4. GAUSS LAW AND FIELD DUE TO CHARGE DISTRIBUTION–MCQ–LEVEL–1
5-ELECTRIC FIELD AND POTENTIAL–MCQ–LEVEL–1
6-ELECTRIC FIELD AND POTENTIAL–MCQ–LEVEL–2
7-CAPACITANCE (MCQ) – LEVEL – 1
8-CAPACITANCE–MCQ–LEVEL-2
9-POLARISATION OF DIELECTRICS – MCQ LEVEL – 1
10-POLARISATION OF DIELECTRICS – MCQ LEVEL – 2
11-WORK AND ENERGY IN ELECTROSTATICS SYSTEM – MCQ LEVEL – 1
12-ELECTROSTATICS – MCQ LEVEL – 1
13-ELECTROSTATICS – MCQ – LEVEL – 2
14-MAGNETOSTATICS–MCQ–LEVEL–1
15-MAGNETOSTATICS—MCQ—LEVEL–2
16-MAGNETIC EFFECT OF CURRENT– MCQ –LEVEL–1
17-MAGNETIC EFFECT OF CURRENT – MCQ LEVEL – 2
18-FARADAY'S LAW MCQ LEVEL-1
19-FARADAY'S LAW MCQ LEVEL-2
20-ELECTROMAGNETIC INDUCTION–MCQ–LEVEL-1
21-ELECTROMAGNETIC INDUCTION–MCQ–LEVEL-2
22-MAXWELL'S EQUATION MCQ LEVEL-1
23-MAXWELL'S EQUATION MCQ LEVEL-2
24-PROPAGATION OF EM WAVES AND GAUGE TRANSFORMATION MCQ LEVEL-1
25-PROPAGATION OF EM WAVES AND GAUGE TRANSFORMATION MCQ LEVEL-2
26-INTEFERENCE (MCQ)–LEVEL–1
27-INTERFERENCE – MCQ LEVEL – 2
28-DIFFRACTION – MCQ LEVEL – 1
29-DIFFRACTION – MCQ LEVEL – 2
30-POLARIZATION (MCQ)–LEVEL–1
1. ORIGIN OF QUANTUM MECHANICS-LEVEL-1
2. ORIGIN OF QUANTUM MECHANICS-LEVEL-2
3. POSTULATES OF QUANTUM MECHANICS-LEVEL-1
4. POSTULATES OF QUANTUM MECHANICS-LEVEL-2
5. APPLICATIONS OF SCHRODINGER WAVE EQUATIONS-LEVEL-2
6. THREE DIMENSIONAL SYSTEMS-LEVEL-1
7. ANGULAR MOMENTUM (LEVEL – 1)
8. ANGULAR MOMENTUM (LEVEL – 2)
9. COMMUTATORS (LEVEL – 1)
10. COMMUTATORS (LEVEL – 2)
11. TIME INDEPENDENT PERTURBATION THEORY AND VARIATIONAL PRINCIPLE (LEVEL-1)
12. TIME INDEPENDENT PERTURBATION THEORY AND VARIATIONAL PRINCIPLE (LEVEL-2)
1. FIRST LAW OF THERMODYNAMICS MCQ LEVEL-1
2. FIRST LAW OF THERMODYNAMICS – MCQ LEVEL – 1
3. FIRST LAW OF THERMODYNAMICS – MCQ – LEVEL – 2
4. FIRST LAW OF THERMODYNAMICS MCQ LEVEL-2
5. SECOND LAW OF THERMODYNAMICS—MCQ–LEVEL–1
6. SECOND LAW OF THERMODYNAMICS – MCQ LEVEL – 1
7. SECOND LAW OF THERMODYNAMICS – MCQ LEVEL – 2
8. SECOND LAW OF THERMODYNAMICS—MCQ–LEVEL–2
9. MAXWELL'S RELATIONS—MCQ–LEVEL–1
10. MAXWELL'S RELATIONS—MCQ–LEVEL–2
11. THERMODYNAMIC POTENTIAL – MCQ LEVEL – 1
12. THERMODYNAMIC POTENTIAL – MCQ LEVEL 2
13-THERMODYNAMICS POTENTIALS & CHEMICAL POTENTIAL
14. STATISTICAL PHYSICS – MCQ LEVEL – 1
15. STATISTICAL PHYSICS – MCQ LEVEL – 2
16. PHASE SPACE, ENSEMBLES AND PARTITION FUNCTIONS
17. CLASSICAL AND QUANTUM STATISTICS
18. CLASSICAL AND QUANTUM STATISTICS
19. KINETIC THEORY OF GASES—MCQ–LEVEL–1
20. KINETIC THEORY OF GASES – MCQ LEVEL – 1
21. KINETIC THEORY OF GASES—MCQ–LEVEL–2
22. KINETIC THEORY OF GASES – MSQ LEVEL – 2
1. SEMICONDUCTOR DIODE – MCQ – LEVEL – 1
2. SEMICONDUCTOR DIODE – MCQ – LEVEL – 2
3. BIPOLAR JUNCTION TRANSISTOR – MCQ – LEVEL – 1
4. BIPOLAR JUNCTION TRANSISTOR – MCQ – LEVEL – 2
5. OP–AMP – MCQ - LEVEL – 1
6. OP–AMP – MCQ - LEVEL – 2
7. LOGIC GATES – MCQ
8. DIGITAL ELECTRONICS – MCQ - LEVEL– 1
9. DIGITAL ELECTRONICS – MCQ – LEVEL – 2
L-S COUPLING AND J-J COUPLING (LEVEL-2)
1. CRYSTAL STRUCTURE (LEVEL-1)
2. RECIPROCAL LATTICE, X-RAY DIFFRACTION AND STRUCTURE FACTOR (LEVEL-2)
3. BONDING IN SOLIDS (LEVEL – 2)
4. BAND THEORY OF SOLIDS (LEVEL-2)
5. DRUDE MODEL, HALL EFFECT AND THERMOELECTRIC POWER (LEVEL-2)
6. LATTICE VIBRATIONS (PHONONS) (LEVEL – 2)
7. FREE ELECTRON THEORY (LEVEL-1)
8. FREE ELECTRON THEORY (LEVEL – 2)
9. MAGNETIC AND DIELECTRIC PROPERTIES OF MATERIALS (LEVEL-2)
10. THERMAL PROPERTIES OF MATERIAL (LEVEL-2)
11. SEMICONDUCTING PROPERTIES OF MATERIALS (LEVEL – 2)
12. SUPER CONDUCTIVITY (LEVEL-1)
13. SUPER CONDUCTIVITY (LEVEL-2)
GRE PHYSICS ►
NET-PHYSICS
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