| SCHEDULE | TOPIC 1 | TOPIC 2 |
|---|---|---|
| Test 01 | THERMODYNAMICS AND STATISTICAL MECHANICS Kinetic theory of gases, Calorimetery principle |
APTITUDE BASIC GRAMMMER |
| Test 02 | THERMODYNAMICS AND STATISTICAL MECHANICS Change in entropy, Thermodynamical process |
APTITUDE BASIC VOCABLURY |
| Test 03 | THERMODYNAMICS AND STATISTICAL MECHANICS Maxwell distribution law for speeds,Microstates,Phase space,Density of states |
APTITUDE READING COMPREHENSATION & NERRATIVE SEQUENCING |
| Test 04 | THERMODYNAMICS AND STATISTICAL MECHANICS Partition function,Different quantities by Free energy,Entropy in terms of probabilites |
APTITUDE DATA INTERPRETATION |
| Test 05 | THERMODYNAMICS AND STATISTICAL MECHANICS Quantum statistics,Ideal Fermi gas,Black body Radiation,Bose Einstien condensation |
APTITUDE NUMERICAL COMPUTATION & ESTIMATION |
| Test 06 | THERMODYNAMICS AND STATISTICAL MECHANICS Critical T,P,V,Phase transitions,Ising model,Random walk,Diffusion equation |
APTITUDE MENSURATION & GEOMETRY , ELEMENTORY STATISTICS & PROBABILITY |
| Test 07 | ELECTROMAGNETIC THEORY Electrostatics |
APTITUDE LOGICS: DEDUCTION & INDUCTION |
| Test 08 | ELECTROMAGNETIC THEORY Electrostatics |
APTITUDE ANALOGY |
| Test 09 | ELECTROMAGNETIC THEORY Dielectrics, and conductors |
APTITUDE NUMERICAL RELATIONS & REASONING |
| Test 10 | ELECTROMAGNETIC THEORY Boundary value condistions , Laplace and Poisson equations |
APTITUDE TRANSFORMATIONS OF SHAPES |
| Test 11 | ELECTROMAGNETIC THEORY Boundary value condistions , Laplace and Poisson equations |
|
| Test 12 | ELECTROMAGNETIC THEORY Maxwell's equations , Scalar and vector potentials |
|
| Test 13 | ELECTROMAGNETIC THEORY Electromagnetic waves |
|
| Test 14 | ELECTROMAGNETIC THEORY Electromagnetic waves |
|
| Test 15 | ELECTROMAGNETIC THEORY Interference , diffraction |
|
| Test 16 | ELECTROMAGNETIC THEORY Dipoles and retarded potentials |
|
| Test 17 | CONDENSED MATTER PHYSICS Crystal Structure , Reciprocal lattice, X-ray diffraction |
MATHEMATICAL METHODS IN PHYSICS Error analysis |
| Test 18 | CONDENSED MATTER PHYSICS Brillouin zone , Crystal bonding, Lattice vibrations |
MATHEMATICAL METHODS IN PHYSICS Differentrial equation |
| Test 19 | CONDENSED MATTER PHYSICS Boltzmann Transport equation , ST , impurity conductivity , PL |
MATHEMATICAL METHODS IN PHYSICS Differentrial equation |
| Test 20 | CONDENSED MATTER PHYSICS Specific heat , Free electron theory |
MATHEMATICAL METHODS IN PHYSICS vector algebra |
| Test 21 | CONDENSED MATTER PHYSICS Bands and semiconductors |
MATHEMATICAL METHODS IN PHYSICS Complex analysis part-1 |
| Test 22 | CONDENSED MATTER PHYSICS Magnetic properties of material, dielectric and superconductivity |
MATHEMATICAL METHODS IN PHYSICS Complex analysis part-2 |
| Test 23 | Classical Mechanics Newton's Laws and Friction |
NUCLEAR PHYSICS Basic Nuclear Properties and Binding Energy |
| Test 24 | Classical Mechanics Central force motion and Rotating frames |
NUCLEAR PHYSICS Nuclear Models |
| Test 25 | Classical Mechanics Conservation Laws, collision and Variable Mass System |
NUCLEAR PHYSICS Radioactivity |
| Test 26 | Classical Mechanics Rigidbody Dynamics, MOI and Fluid Mechanics |
NUCLEAR PHYSICS Nuclear Reactions |
| Test 27 | Classical Mechanics Lagrangian and Hamiltonian |
NUCLEAR PHYSICS Particle Physics |
| Test 28 | Classical Mechanics Poission Brakets and Normal Modes |
NUCLEAR PHYSICS Accelerators and Detectors |
| Test 29 | Classical Mechanics Special Theory of Relativity |
ATOMIC AND MOLECULAR PHYSICS Bohr's Atomic model and correction , Hydrogen spectra |
| Test 30 | Classical Mechanics Wave Mechanics |
ATOMIC AND MOLECULAR PHYSICS Vector atomic model , Quantum states of an Atom , spin -orbit Interaction |
| Test 31 | QUANTUM MECHANICS 1D box , de Broglie wavelength, phase and group velocity,compton effect,current density |
ATOMIC AND MOLECULAR PHYSICS Spectral lines intensity , zeeman effect , paschen back effect |
| Test 32 | QUANTUM MECHANICS Expecation value, Schrodinger equation, current density, probability in 1D box |
ATOMIC AND MOLECULAR PHYSICS Molecular spectroscopy |
| Test 33 | QUANTUM MECHANICS Dirac delta function, step potential, potential depth,commutators |
ELECTRONICS Circuit analysis |
| Test 34 | QUANTUM MECHANICS Postulates of QM commutator |
ELECTRONICS P-N junction, Diode and its applications |
| Test 35 | QUANTUM MECHANICS Linear Harmonic oscillator |
ELECTRONICS Transistor |
| Test 36 | QUANTUM MECHANICS Identical Particles |
ELECTRONICS Op-Amp |
| Test 37 | QUANTUM MECHANICS Ladder operator, expectation values |
ELECTRONICS Digital Electronics part - 1 |
| Test 38 | QUANTUM MECHANICS Spherical harmonics & LHO |
ELECTRONICS Digital Electronics part - 2 |
| Test 39 | QUANTUM MECHANICS Perturbation Theory |
ELECTRONICS Circuit analysis |
| Test 40 | QUANTUM MECHANICS WKB approximation, variational method |
|
| MOCK TEST 1 | Complete syllabus | Complete syllabus |
| MOCK TEST 2 | Complete syllabus | Complete syllabus |
| MOCK TEST 3 | Complete syllabus | Complete syllabus |
| MOCK TEST 4 | Complete syllabus | Complete syllabus |
| MOCK TEST 5 | Complete syllabus | Complete syllabus |
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