| SCHEDULE | TOPIC 1 | TOPIC 2 |
|---|---|---|
| TEST 1 : AVAILABLE |
QUANTUM MECHANICS - PART 1 1.1D BOX, DE BROGLIE WAVELENGTH, PHASE AND GROUP VELOCITY, COMPTON EFFECT, CURRENT DENSITYS 2.EXPECATION VALUE,SCHRODINGER EQUATION,CURRENT DENSITY,PROBABILITY IN 1D BOX 3.DIREC DELTA FUNCTION, STEP POTENTIAL, INSHAL DEPTH, COMMUTATOR |
CIRCUIT ANALYSIS 1.CIRCUIT ANALYSIS |
| TEST 2 : AVAILABLE |
QUANTUM MECHANICS - PART 2 1.POSTULATE OF QM COMMUTATOR 2.LINEAR HARMONIC OSCILLATOR 3.IDENTICAL PARTICLES |
THERMODYNAMICS AND STATISTICAL MECHANICS 1.KINETIC THEORY OF GASES, CALORIMETRY PRINCIPLE 2.CHANGE IN ENTROPY, THERMODYNAMICAL PROCESS |
| TEST 3 : AVAILABLE |
QUANTUM MECHANICS - PART 3 1.LADDER OPERATION, EXPECTATION VALUE 2.SPIRACLE HARMONICS AND LHO |
THERMODYNAMICS AND STATISTICAL MECHANICS 1.MAXWELL DISTRIBUTION LAW FOR SPEED, THERMODYNAMIC POTENTIAL |
| TEST 4 : AVAILABLE |
QUANTUM MECHANICS 1.PERTURBATION THEORY THERMODYNAMICS AND STATISTICAL MECHANICS 2.MICROSTATES,PARTITION FUNCTION,AVERAGE ENERGY |
ELECTROMAGNETIC THEORY 3.ELECTROSTATICS ELECTRONICS 4.P-N JUNCTION,DIODE AND IT'S APPLICATION |
| TEST 5 : AVAILABLE |
QUANTUM MECHANICS 1.WKB APPROXIMATION,VARIATION METHOD THERMODYNAMICS AND STATISTICAL MECHANICS 2.QUANTUM STATISTICS,RANDOM WALK,DIFFUSIN EQUATION,PHASE TRANSITION |
ELECTROMAGNETIC THEORY 3.DIELECTRICS AND CONDUCTORES ELECTRONICS 4.TRANSISTOR |
| TEST 6 : AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.VECTOR ALGEBRA,VECTOR CALCULUS AND LINEAR ALGEBRA ELECTROMAGNETIC THEORY 2.BOUNDARY VALUE CONDITIONS,LAPLACE AND POISSON EQUATION |
CONDENSED MATTER PHYSICS 3.CRYSTAL STRUCTURE,RECIPROCAL LATTICE,X-RAY DIFFRACTION ELECTRONICS 4.OP-AMP |
| TEST 7 : AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.MATRICES,EIGEN VALUE PROBLEMS ELECTROMAGNETIC THEORY 2.MAGNETOSTATICS CONDENSED MATTER PHYSICS 3.BRILLOUIN ZONE,CRYSTAL BONDING,LATTICE VIBRATIONS |
ELECTRONICS 4.DIGITAL ELECTRONICS Classical Mechanics 5.NEWTON'S LAW AND FRICTION |
| TEST 8 :AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.LINEAR DIFFERENTIAL EQUATION,SPECIAL FUNCTIONS ELECTROMAGNETIC THEORY 2.MAX WELL'S EQUATION,SCALAR AND VECTOR POTENTIALS |
CONDENSED MATTER PHYSICS 3.PL BOLTZMANN TRANSPORT EQUATION,ST,IMPURITY CONDUCTIVITY,PL Classical Mechanics 4.CENTRAL FORCE MOTION AND ROTATING FRAMES |
| TEST 9 : AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.FOURIER SERIES,FOURIER AND LAPLACE TRANSFORMS NUCLEAR PHYSICS 2.BASIC NUCLEAR PROPERTIES AND BINDING ENERGY ELECTROMAGNETIC THEORY 3.ELECTROMAGNETIC WAVES,INTERFERENCE,DIFFRACTION |
CONDENSED MATTER PHYSICS 4.SPECIAL HEAT,FREE ELECTRON THEORY Classical Mechanics 5.CONSERVATION LAWS,COLLISION AND VARIABLE MASS SYSTEM |
| TEST 10 : AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.COMPLEX ANALYSIS NUCLEAR PHYSICS 2.NUCLEAR MODELS ELECTROMAGNETIC THEORY 3.DIPOLES AND RETARTED POTENTIAL |
CONDENSED MATTER PHYSICS 4.BONDS AND SEMICONDUCTORS Classical Mechanics 5.RIGIDBODY DYNAMICS,MOI AND FLUID MECHANICS |
| TEST 11 : AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.NUMERICAL ANALYSIS NUCLEAR PHYSICS 2.RADIOACTIVITY |
CONDENSED MATTER PHYSICS 3.MAGNETIC PROPERTIES OF MATERIAL,DILECTRIC AND SUPERCONDUCTIVITY Classical Mechanics 4.LAGRANGIAN AND HAMILTONIAN |
| TEST 12 : AVAILABLE |
MATHEMATICAL METHODS IN PHYSICS 1.BINOMIAL,POISSON AND NORMAL DISTRIBUTIONS NUCLEAR PHYSICS 2.NUCLEAR REACTIONS |
Classical Mechanics 3.POISSION BRAKETS AND NORMAL MODES |
| TEST 13 : 18 APR |
NUCLEAR PHYSICS 1.PARTICLE PHYSICS,ACCELERATORS AND DETECTORES |
Classical Mechanics 2.SPECIAL THEORY OF RELATIVITY,WAVES MECHANICS |
| MOCK TEST 1 : 20 APR | COMPLETE SYLLABUS | |
| MOCK TEST 2 : 21 APR | COMPLETE SYLLABUS | |
| MOCK TEST 3 : 22 APR | COMPLETE SYLLABUS | |
| Price |
1999 |
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