Entropy, Free energy and other thermodynamic functions and their equilibrium conditions
17
Potential step
17
Nernst distribution law
16
Conservative and non-conservative forces
16
Work-energy theorem
16
Electric potential energy
16
De Moivere's theorem and its applications
16
Uniform circular motion
16
Tangential and normal components of acceleration in a plane
16
Equation of continuity
16
Electromagnetic waves in magnetic fields
16
Binary ladder, D/A converter
16
Davission-Germer experiment
16
Magnetic dipole moment and electric moments
16
Red shifts
16
London equation
16
Direct and compound-nuclear mechanisms
16
Dirac Bra and Ket Notations
16
Spectral emissive and absorptive powers, Kirchoff's law, blackbody radiation, energy density, radiation pressure.
16
Common base, common emitter, common collector connections, and their characteristics
16
Molecular orbitals
16
Population inversion
16
Adjoint and inverse of a square matrix
16
SCR: Construction, V-I characteristics and applications
16
Types of computer languages
16
Normal and anomalous dispersion
16
Electrical conductivity and Ohm's law
16
Complex numbers
15
Le Chatelier principle and variables affecting equilibrium concentration
15
Kirchhoff's laws: Single loop and multi loop circuits
15
Dipole in an electric field
15
Nuclear motion and reduced mass
15
Semiconductor memory technologies
15
Solution of Laplace's equation in spherical polar and cylindrical coordinates: and their applications.
15
Attributes and variables
14
Euler's rule for partial differentiation of homogeneous functions
14
Heats of reaction
14
Vant Hoff's law of osmotic pressure
14
Potential and field strength
14
Motion of a system of particles and its linear momentum
14
Electric field
14
Photon interactions - photoelectric effect, Compton scattering, pair production and annihilation
14
Neutron cycle and multiplication factors
14
The source of energy of the sun
14
Models for an impurity semiconductor
14
Hall effect in semiconductors
14
Four factor formula
14
Eigenvalues and Eigen functions of Angular Momentum
14
Electrostatic electron and ion waves in magnetic fields
14
Weiss theory of ferromagnetism
14
Origin of magnetism and its classification
14
Thermodynamic Potentials U, H, F and G: Their Definitions, Properties and Applications.
14
Negative feedback: Voltage feedback, current feedback
14
Transistor load line analysis
14
Energy levels and spectra
14
Zone plates
14
Vector atom model -s and $j-j$ coupling
14
Particle Statistics: Principle of indistinguishability for quantum particles, Spin-statistics connection, Exchange degeneracy
14
Skin depth
14
Vibrations of monatomic linear lattice
14
Cavity resonators
14
Probability current density
14
Normal modes and proper frequencies of a stretched string
13
Group speed and phase speed
13
Solutions of second order differential equations with constant and variable coefficients
13
Frictional forces
13
Vector and scalar quantities
13
Newton's laws of motion
13
Parallel and perpendicular axis theorems for moment of inertia
13
Bernoulli's equation and its applications
13
Plasma oscillations
13
X-ray diffraction
13
Ensembles: Microcanonical Ensemble, Canonical Ensemble-its Connection with thermodynamic parameters and grandcanonical ensemble
13
Concepts and postulates of quantum mechanics
13
Time-dependent and time-independent Schrödinger's equations
13
Binding energy: Binding energy curve
13
Scintillators properties of different phosphors
13
Bloch theorem
13
Multiple radiation and selection rules
13
Spin dependence of neutron-proton scattering
13
Gravitational Potential due to Nearly Spherical Body
13
The Chandler wobble
13
Relation of plasma physics to ordinary electromagnetic
13
Loops, array and string
13
Functions
13
Properties of PN junction
13
Dispersive and resolving power of grating
13
Cauchy's integral theorem
13
Inter-planar Spacing Concept of Reciprocal Lattice
13
Solutions of linear first order differential equations
12
Elements of logic
12
Heats of formation
12
Strength of acids and bases, measurements of pH of a buffer solution
12
Raoult's law of vapour pressure lowering
12
Self and mutual inductance and their applications
12
Faradays' law of electromagnetic induction
12
Coefficient of viscosity: Poiseuille's law
12
Hydrostatic pressure
12
Nomenclature, structural formula and important properties of simple organic compounds belonging to the following classes
12
Equations of kinetic theory
12
De Morgan's theorems
12
Adders: half-adder and Full-adder
12
Raman effect
12
Concept of Reciprocal Lattice
12
Wiedmann-Franz law
12
Quarks, hadrons and leptons
12
Concept of domains and hysteresis
12
Weighted codes: The 8421 code
12
Magnetic field effects: cyclotron resonance and Hall effect
12
Values of Critical Constants. Gibbs' phase rule and simple applications. P-V Diagrams. Joule's Experiment.
12
Mean Free Path. Collision Probability.
12
Electronic theory of valency
12
Retardation plates
12
Radiometric dating, Types of decay
12
Geiger-Nuttal law and theory of alpha decay
12
Time variation of expectation values
12
Coefficient of variation
11
Type 1, Type 11 level of significance, size of the test, power of the test
11
Electrochemical cell
11
Calculation of moment of inertia
11
Maxima
11
Drift speed of charge carrier
11
Gravitational field
11
SR Latches: Transistor latch
11
Fermi-Dirac distribution function
11
Superfluidity in Liquid He
11
Quantum mechanical tunneling
11
Hilbert space
11
Bravais Lattice
11
Energy levels and density of states in one dimension
11
Nuclear forces
11
Semi-empirical mass formula
11
Cyclotron
11
Quantum theory of paramagetism
11
Thermodynamics of superconductivity
11
Type-I and type-II superconductors
11
Ripple counter
11
The complete set of fluid equations
11
Pointing-Robertson effect
11
Full-wave rectifier
11
Chemistry of boron.
11
Polarimeter
11
Lorentz theorem
11
Definition
11
Laguerre and Hermite polynomials
11
Thermal conductivity and thermal diffusivity
11
Planck's radiation law
11
Applications of First Law: General Relation between Cₚ and Cᵥ.
11
Work Done during Isothermal and Adiabatic Processes.
11
Newton's ring
11
Unit Cell
11
Simple random sampling
10
Kepler's laws
10
Relations between elastic constants
10
Intensity and intensity levels
10
Thermochemical laws
10
R.M.S. Value of an AC voltage applied to resistors, capacitors and inductors
10
Potential due to a point charge, A group of point charges and a dipole
10
Taylor series
10
Damped harmonic motion
10
Conservation of linear momentum for a system of particles
10
Occurrence of plasma in nature
10
Electron plasma waves
10
Memory addressing
10
Maxwell's modification of Ampere's law
10
Jk master-slave flip-flop
10
Basic components of a nuclear reactor: Reactor core, cladding, coolant, moderator, control rod or control system, blanket, reflector, reactor vessel, shielding, reactor building
10
One speed diffusion equation
10
Hubble's law regarding expansion of the universe
10
Tunneling and Josephson Effect
10
Neutron-proton scattering at low energy
10
Optical Model: Complex Potential
10
Radioactive Decay
10
Earth tides
10
Seismicity of the earth: Historical Perspective, Introduction
10
Precession of the equinoxes
10
Application to Bound States
10
Basic principle of variation method
10
First-Order Perturbation
10
Optical Theorem
10
Harmonic Oscillator
10
BCS theory
10
Excitons
10
Van-der Waal's Equation of State for Real Gases.
10
UJT: Construction, V-I characteristics and applications
10
Angular momentum
10
Analytic function
10
Theory of interference
10
Photons and gravity
10
Dispersion in gases
10
Mean free path, Viscosity and Diffusion
10
Ionic crystals
10
Radiation from a half-wave antenna
10
Gas-filled counters - ionization chambers, proportional and Geiger-Müller counter
10
Packing Factor
10
Statistics: Its nature and scope
9
Stress-strain diagram
9
Stokes' law
9
Pressure difference across a surface film
9
Surface energy
9
Surface tension
9
Applications of ordinary differential equations in physics problems
9
Exothermic and endothermic reactions
9
Thermoelectricity: Peltier effect
9
Coulomb's law
9
Partial differentiation
9
Various types of standard solution
9
Electric flux
9
Reflection and transmission at a junction
9
Alkanes, amides, amino acids, proteins and carbohydrates
9
reactions and e.m.f. of standard cells
9
Applications of SHM
9
Viscosity
9
Definition of plasma
9
Specific heat of solids
9
Total internal reflection
9
Domain of quantum mechanics
9
Solution of Schrödinger's equation for the one-dimensional harmonic oscillator
9
Vibrations of diatomic linear lattice
9
D-type flip-flop: Unclocked and clocked D flip-flop
9
IC Fabrication: Purification and preparation of silicon wafer
9
Stopping power, range and strangling for charged nuclear particles
9
Neutron cross section
9
Radioactive elements and the principle of radiometric dating
9
Criteria for plasmas
9
The meaning of distribution function f (v)
9
Group velocity and phase velocity
9
Expanding cosmological models and the Big bang theory
9
Ferrimagnetism and structure of ferrites
9
Improved model of an insulator and intrinsic semiconductors
9
Meissner effect
9
Schottky defects
9
Decoders: BCD- to decimal decoder
9
Internal conversion
9
The Gray code
9
Kronig-Penney model
9
General properties and characteristics
9
JK flip-flop: Edge-triggered JK flip-flop
9
Eigenvalue equations
9
Brewster's law
9
Michelson's interferometer
9
Einstein's relations
9
Stimulated emission
9
Similarity transformation
9
covalent bond and coordinate covalent bond
9
Planck's radiation law; Solar constant.
9
Inverting and non-inverting Op-amp
9
Methods of obtaining polarized light
9
Electric dipole radiation
9
Clausius-Mossotti Relation
9
Propagation of electromagnetic waves in ionized gases
9
Fitting of simple linear regression
8
Combination of harmonic motions
8
Loudness and pitch
8
Algebra of sets
8
Faraday's law of electrolysis
8
Concept of motion and frames of reference
8
Rotation with constant angular acceleration
8
Torque on a current loop
8
Solvent extraction
8
Calculation of equilibrium constants
8
Examples
8
Maximum power transfer theorem
8
Theorems of total, compound and conditional probability
8
Forced oscillations and resonance
8
Chain rule
8
angle of contact and capillarity
8
LR circuit
8
Orbital representation of aliphatic and aromatic hydrocarbons
8
Thermodynamical Equilibrium.
8
Multivibrators
8
The universal building block
8
Quantum liquids with Bose-type spectrum
8
Retarded potentials
8
Laue equations and Bragg law
8
Free electron gas in three dimensions
8
Interatomic forces and crystal bonding
8
Dielectric Phenomena in an Ac Field
8
Standard Model of Particle Physics, Three generations of particles
Approximate Solutions and Asymptotic Nature of Solutions
8
Application to Harmonic Oscillator
8
Basic properties of superconductors
8
Resonance
8
Alkali vapor magnetometer
8
Application of plasma physics
8
Traps
8
Fuel consumption
8
Arithmetic Circuits: Complements: The r's and $(r-1)^{,}$ s complements
8
Input and output operations
8
Class
8
Entropy Changes in Reversible and Irreversible Processes.
8
Double refraction axes of crystals and their types Nicol Prism
8
Diffraction by double slit
8
Diffraction by a single slit
8
Derivations of Maxwell's Relations.
8
Ideal Op-amp
8
Eigenfunctions and basis vectors
8
Characteristics of an ideal measure of dispersion
7
Asymptotic and tangent normal of curves, Arc length and radius of curvature of curves
7
Energy stored in an electric field
7
Principle of conservation of energy
7
Conservation of angular momentum
7
Current and current density
7
Transmission of energy by traveling waves
7
Specific conductance
7
Thermocouple
7
Coil spring
7
Properties of non-volatile, non-electrolytic dilute solutions
7
Plasma frequency
7
Neutrino Masses
7
Thermodynamic Probability
7
Pyro, piezo and Ferroelectricity
7
Introduction to Numerical Computing
7
Euler's Method
7
Errors in Numerical Methods, Numerical Instabilities
7
Collision kinematics
7
Neutron stars
7
Formation of stars
7
Multiplexers
7
Magic numbers
7
Born Approximation
7
Classification of neutron according to energy
7
Rough scales of the astronomical universe
7
Breit-Wigner dispersion formula for an s-state
7
Ladder operators
7
Electric quadrupole moment and deuteron wave function
7
Principles of object oriented programming
7
Lorentz transformations
7
Reversible and Irreversible Changes.
7
Rayleigh-Jeans formula; Planck's radiation law; Solar constant.
7
Internal Energy.
7
Types of AM radio receivers: Straight radio receiver, superheterodyne radio receiver
7
Radio broadcasting: Transmission and reception
7
Reflection from a film of varying thickness
7
Cauchy-Riemann equations
7
Kronecker delta as a mixed tensor
7
Transistors connections
7
Power in AM wave
7
Types of bonds
7
Carnot Cycle.
7
First Law of Thermodynamics (Differential form of First Law).
7
Half-wave rectifier
7
Optical activity
7
Cauchy's integral formulas
7
Stirling Approximation
7
Mass defect
7
Solids at low and high temperature
7
Mirror nuclei
7
Local Electric Field at an Atom
7
Experiment
6
The superposition principle
6
Union, Intersection and Cartesian product
6
Colloids- Classification, Preparation, Purification, Properties and Importance
6
Adsorption
6
Relation between linear and angular kinematics of a particle in circular motion
6
Electric charge
6
Dielectric and Gauss's law
6
AC current and voltage in series RL and RC circuits
6
Norton's theorem
6
L' Hospitals rule
6
Limits
6
Hyperbolic functions and their relations to trigonometric functions
6
Heats of combustion
6
Equilibrium states
6
Vector addition and subtractions
6
Energy stored in a magnetic field
6
Elastic moduli
6
Reflection at a fixed end of a stretched string
6
Law of mass action
6
Power dissipation in an AC circuit
6
Longitudinal waves in a bar
6
Lines and tubes of flow
6
Torsion
6
Stress
6
Thermionic Emission
6
Symmetry operations
6
Subtractors: Half-subtractor and full subtractor
6
Attenuation and shielding
6
Elliptic Equations Poisson's Equation, 1-D Problem with Dirichlet Boundary Conditions, 2-D Problem with Neumann Boundary Conditions, Example Solution of Poisson's Equation in 1-D, 2-D And 3-D
6
Matrix Eigenvalue Problems Schrödinger's Equation, General Principles, Full Diagonalization, The Generalized Eigenvalue Problem, Partial Diagonalization, Sturm Sequence, Sparse Matrices and The Lanczos Algorithm, Numerical Solution of Schrodinger Equation for Spherically Symmetric Potentials - Scattering States, Calculation of Phase Shifts, Resonance
Coherent and incoherent scattering at low energy neutrons
6
Exchange forces
6
Fissions rate
6
Energy release from fission
6
Figure of the earth
6
Thermal conduction in the mantle
6
nuclear Binding energy: mass defect, separation energy
6
Breeding reaction
6
XOR and XNOR gates
6
Gravity as a gradient of the geopotential
6
Compilers, Interpreters
6
Binary parallel adder, Decimal adder, BCD adder
6
Fission energy and thermonuclear energy
6
Choice and decisions
6
D'Alembert's principle & Lagrange's equations
6
Heat capacities
6
Ripple Factor Capacitor filter
6
Conditions of interference
6
Huygen's principle
6
Two classes of diffraction phenomena
6
Hermite and Lagrange's Interpolation Formula
6
Experimental measurements of thermal conductivity
6
Stern-Gerlach experiment
6
Construction and characteristics of depletion and enhancement type MOSFET
6
Single stage and multi-stage transistor amplifiers
6
Error Analysis
6
Concepts of Algorithm, Good algorithm Vs. bad algorithm
6
Program design: structured programming
6
Linear and Polynomial Least Squares Curve Fitting
6
Impossibility of Attainability of Absolute Zero: Third Law of Thermodynamics.
6
Adder and subtractor
6
Power amplifier: Class A, class B, and class C amplifiers
6
Covalent bond and coordinate covalent bond
6
Gauss Elimination Methods
6
Positive feedback
6
Vector atom model -s and j-j coupling
6
Solution of linear equations by matrix method and by Cramer's rule
6
Fringe width
6
Programming Paradigms and Languages, Types of computer languages
6
Transition of Rare-earth Elements.
6
Ionic bonds, covalent bond and coordinate covalent bond
6
Hund's rules.
6
Van de Graff accelerator
6
Scattering by a bound electron
6
Specification of States of a System
6
Expectation values of some observables for the pure and mixed states of harmonic oscillator
6
Macrostates and Microstates
6
Energy and orbits
5
Electrolytic conduction
5
Application of the linear momentum in the case of rocket propulsion
5
Meaning and definition of probability
5
Fundamental theorem of integral calculus
5
Determination of gravitational constant
5
Speed of propagation of waves in a stretched string
5
The Hall effect
5
Gravitational attraction
5
Beats
5
Rotational dynamics of a rigid body
5
Parallel plate capacitor with and without dielectric
5
Fluid drifts
5
ROM architecture
5
Molecular bonds
5
Harmonic oscillator
5
Propagation of electromagnetic waves in isotropic non-conducting media
5
Elastic vibration of a continuous medium
5
A/D converter, A/D accuracy and resolution
5
Algebraic simplification
5
Energy dependence of neutron cross section
5
Prompt and delayed neurons
5
Classification of reactors according to the purpose
5
Critical equation and reactor buckling
5
Ferromagnetism
5
Paramagnetism
5
Point defects in solids: Lattice vacancies
5
Simplification of Boolean functions
5
NOR gate
5
Photodisintegration
5
Phase shift
5
Classification and general properties
5
Fundamental equations
5
Comparison of ion and electron waves
5
Formation and classification of galaxies
5
Schrödinger, Heisenberg and Dirac pictures
5
Ion waves
5
Strong, electromagnetic and weak interactions
5
Necessity of variational method
5
Angular momentum matrices
5
Solution of one-group reactor equation: For the slab reactor, for a spherical reactor, for an infinite cylindrical reactor, for a rectangular parallelepiped reactor, for a finite cylindrical reactor
5
The end states of stars
5
Scattering by spherically symmetric potential: Partial wave analysis
5
Plasma parameters
5
Orbital angular momentum operators and their representation in spherical polar co-ordinates
5
Motion of charged particles in time-varying E and B fields
5
Satellite Geoid
5
Inheritance
5
Reaction dynamics
5
Hamilton's principle
5
Equations of Canonical transformations
5
Generalized co-ordinates
5
Second Law of Thermodynamics: Kelvin-Planck and Clausius Statements and their Equivalence.
5
Refrigerator and its Efficiency.
5
Entropy of a Perfect Gas.
5
Transistor action
5
Transistor biasing
5
Intrinsic semiconductor
5
Push-pull amplifier
5
Electronegativity
5
Fabry-Perot interferometer
5
Newton's Forward and Backward Difference Interpolation Formula
5
Electromagnetic radiation
5
Transistors: Naming the transistor terminals
5
R-C coupled and transformer coupled transistor amplifiers
Solution of the differential equations by the method of separation of variables
5
Generating functions and recurrence relations
5
Numerical Integration: Trapezoidal Method
5
Applications of Maxwell's Relations: (1) Clausius Clapeyron equation.
5
Analysis of polarized light
5
Young's experiments
5
Half period zones and strips
5
Evaluations of definite integrals
5
Inverse Laplace's transform
5
Numerical Differentiation using Interpolation
5
Elliptical & circular polarization
5
Fourier's equation for heat conduction its solution for rectilinear and radial (spherical and cylindrical) flow of heat.
5
Electron Spin
5
Volume in Phase Space
5
The Specific heat of Solids
5
Fine structure
5
The Drude free electron theory
5
Nonelectronic dynamical properties: Phonon
5
Bose-Einstein distribution function and it's application
5
Drude phenomenology of electronic properties, Fermi gas, Energy levels and density of states in one dimension
5
Phonon momentum
5
Radioactive equilibrium
5
Drude-Lorentz harmonic oscillator model
5
Fermi gas, Energy levels and density of states in one dimension
5
Nuclear and chemical reactions
5
Bohr atom and old quantum theory
5
Reaction cross sections, Resonances, Optical potential, Direct and compound-nuclear mechanisms
5
Relationship between variables
4
Constant equivalent conductance
4
Transport numbers
4
Error
4
Del and Laplacian operators in polar, cylindrical and spherical coordinates
4
Alternating voltage and current and their graphical representation
4
Cantilever
4
DNA, RNA
4
Resistance, resistivity and conductivity
4
Ohm's law
4
Superposition theorem
4
Inertial and gravitational mass
4
Metabolism of protein and carbohydrate
4
Boolean functions
4
Length contraction and time dilation
4
Many-electron atoms and atomic spectra
4
Density of States and its General Behavior
4
Thermodynamic classification of Phase transition
4
The Crystalline State of Solids
4
Heat capacity of the electron gas
4
RAM architecture
4
Types of Equations
4
Adaptive Integration Methods
4
The Runge-Kutta Method
4
Solution by Taylor Series
4
Iterative Methods, The Jacobi Method, The Gauss-Seidel Method
4
Matrix Inversion
4
Minterm and maxterm
4
Slowing down time
4
Neutron yield and neutron production ratio
4
The thermal diffusion length
4
Modern astronomy
4
Color centers
4
SR Latches: NAND and NOR latch
4
Ortho- and para hydrogen
4
Reactor power
4
Attenuation of Neutrons
4
Mean free path
4
Solution of diffusion equation for different geometry
4
Age of the universe
4
Classification of solids by their electrical properties at zero temperature: metals and insulators
4
Frenkel defects
4
Transition between two low-lying states of nuclei
4
Homogenous and heterogeneous reactor system
4
Travel Time Curves and Radial Earth Structure
4
Static cosmological models
4
Diamagnetism
4
Probability of multiple emission and absorption
4
Scattering lengths
4
Spin and magnetic moments of nuclei
4
Meteorites and the Bulk Composition of the Earth
4
Figure of the Earth
4
Fermi's Golden Rule
4
Derivations of fluid equations
4
Control and reactor kinetics
4
The sun as a star, Surveying the solar system
4
Negative energy states and hole theory
4
Spin-orbit interaction & potential
4
Commutation relations among orbital angular momentum operators
4
Formation of integrated circuit elements
4
Theory of alpha decay
4
Distinction among metals, insulators and intrinsic semiconductors
4
impurities, intrinsic and doped semiconductors, concept of hole charge carriers and effective mass, Electron statistics
4
Static and dynamic RAM
4
Curie-Weiss law
4
Eulerian angles
4
The Hamiltonian
4
Scattering in a central force field
4
Momentum-energy four-vector
4
Quantum Dynamics: Schrödinger, Heisenberg and Dirac pictures
4
Carnot Theorem.
4
Temperature of the sun; Application of radiation laws.
4
Zeroth Law of Thermodynamics and Concept of Temperature.
4
Filter circuits
4
Classifications of amplifiers
4
Frequency modulation
4
Thomson model of atom
4
Nicol Prism
4
Concept of Polarization of light
4
Compilers, Interpreters, Program design: structured programming
4
Deviations from the Ideal Gas Equation. The Virial Equation. Van-der Waal's Equation of State for Real Gases.
4
Nuclear dimensions, Electron orbit
4
Modulation: Amplitude modulation, frequency modulation, modulation factor
4
Kronecker delta
4
Simpson's Method
4
Voltage stabilization
4
Valence shells
4
Cell sand tissue; structure and function
4
Optical feedback
4
Iterative Methods Jacobi Method
4
Particles and waves in nature
4
Energy Band Description of semiconductors
4
Rayleigh's criterion for resolution
4
Caley-Hamilton theorem
4
Joule-Thomson Effect for Real and Van der Waal Gases. Temperature of Inversion.
4
Applications of LASERS
4
Deviations from the Ideal Gas Equation. The Virial Equation.
4
Electronic spectra of molecules
4
Statistical Equilibrium
4
Bose-Einstein Condensation
4
Wave functions of identical particles. Exchange symmetry.
4
Propagation between parallel conducting plates, Wave guides
4
Hall effect
4
Stochastic Processes, Markov Chain
4
Lienard-Wiechert potentials
4
Measurement of alpha-particle energies
4
Conservation of energy
4
Coulomb displacement energy
4
Van der Waals and repulsive interactions
4
Angular momentum: Spin, parity and symmetry
4
Measurement of disintegration energies
4
Constitution of the nucleus
4
Simple Crystal Structures
4
Skewness and kurtosis
3
Contingency table analysis
3
Elastic hysteresis
3
Random variables
3
Thermoelectricity: Seeback effect
3
Arc length and radius of curvature of curves
3
Concept of mass and force
3
Magnetic induction and magnetic effects of currents
3
Escape velocity
3
Internal elastic potential energy
3
The bending of beams
3
Solutions of the differential equations by the method of variable separation
3
Definite integral as the limit of a sum
3
Sample space and event
3
Gravitational potential energy
3
Lenz's law
3
Heats of solution
3
Graphs and diagrams
3
The acceleration due to gravity
3
Deviations from distribution laws
3
Determination of molecular weight of substances using Raoult's law
3
Energy transfer in an electric circuit, Electromotive force and potential difference
3
Probability functions
3
Blood constituents
3
Vector differentiation and integration
3
Distribution of error
3
Electric dipole
3
Velocity addition
3
Relativistic Mass and Energy
3
Pauli Paramagnetism
3
Fermi Energy
3
Boltzmann transport equation
3
Transition from Classical to Quantum Statistical Mechanics
3
Reciprocal Lattice
3
Variable-resistor network
3
Natural and artificial radioactivity
3
Hyperbolic Equations Wave Equations, wave propagation, initial conditions and limits, modes, Eigen frequencies, stability analysis
3
TTL circuits
3
The ASCII code
3
Angular and energy distribution
3
Slowing down power and moderating ratio
3
Criticality calculations: The group diffusion method, two-group critical equations, modified one-group critical equation
3
conductivity
3
One-dimensional Earth's Structure
3
Hilbert Space
3
Plasma oscillations and Landau damping
3
Neutron reaction
3
Fick's law
3
Fermi age, $ au$
3
Contents of the universe
3
Radius of deuteron
3
Fissile materials
3
Tidal friction and the history of the Earth-Moon system
3
Spin angular momentum
3
Solar System Formation, Accretion, and the Early Thermal State of the Earth
3
Cosmic ray exposures of meteorites
3
Active galaxies
3
Classification of reactors according to the material used
3
Radial Earth Structure
3
Neutron transport equation: Basic definitions, assumptions
3
Antiferromagnetism
3
multipolarity, selection rules and decay probabilities
3
Plasma production
3
Dispersion in liquids and solids
3
Program errors and exception handling
3
Luminescence and excitons
3
The Classical Limit
3
Angular momentum operators in spherical polar co-ordinates
3
Derivation of Lagrange's equations from Hamilton's principle
3
Relativistic energy
3
Two-body central force problem
3
Heat flow through a compound wall
3
Spectrometer
3
Wien's displacement law.
3
Zener diode
3
Operator overloading
3
Integrator
3
Mechanics of a system of particles
3
Fundamental principles
3
Cauchy's integral formula
3
Invariance of tensors
3
Flowchart, Pseudopodia, Program Control Structure, Programming Paradigms and Languages, Types of computer languages
3
Principle of Increase of Entropy.
3
Reflectance, reflectivity, etc.
3
Types of LASERS
3
analysis of amplitude modulated wave
3
Amplitude modulation, frequency modulation, modulation factor
3
Fresnel's biprism
3
Estimates of Mean Free Path.
3
Intensity distribution curve
3
Microscope
3
Phase shift oscillator
3
Differentiation of complex functions
3
Work and Heat Energy.
3
Euler's theorem
3
Fine structure and anomalous Zeeman effect
3
The Postulates of Classical Statistical Mechanics
3
Propagation of electromagnetic waves in conducting media, Skin depth
3
LINAC
3
Liquid drop model and Shell model
3
Condition of alpha decay
3
Normal and Umklapp processes
3
Stopping of neutrons
3
Properties of gamma rays
3
Successive radioactive transformations
3
Absolute measure
2
Frankline and Lux-flood Concepts
2
Homogeneous and heterogeneous equilibria
2
Discrete and continuous variable
2
Point charge in an electric field
2
measurements of pH of a buffer solution
2
Waves in three dimensions
2
Interference of spherical (sound) waves
2
Polar, spherical and cylindrical coordinates
2
Work, Energy and Power
2
Pascal's law
2
Method of data collection
2
Seeback effect
2
Thrust on an immersed plane
2
Equivalent conductance
2
Plane waves in fluid
2
Hydrostatic paradox
2
lon and pH balance of the body fluid
2
Solutions by the method of variation of parameters and undetermined coefficients
2
Line, surface and volume elements
2
Geometric mean
2
Thermoelectricity: Thermocouple
2
Mass and density of the earth
2
Newton's law of gravitation
2
State Functions.
2
Neutralization Reactions
2
Expectation of sum and products
2
Basic Postulates of special theory of relativity
2
Molecular orbital theory applied to covalent bonding.
2
Pauli exclusion principle.
2
Hydrogen molecule.
2
Oxidization
2
Proton synchrotron
2
Finite Difference and Finite Element Schemes
2
The Fast Fourier Transform and applications
2
Introduction to Nonlinear Systems Period-Doubling Bifurcations, The Route to Chaos, Sensitivity to Initial Conditions, The Definition of Chaos, Periodic Windows
2
Systems of Equations and Matrix Inversion -- Exact Methods, Iterative Methods, The Jacobi Method, The Gauss-Seidel Method
2
Reaction rate
2
Fissionable materials
2
Control rod worth
2
The non-leakage factor
2
Complements: The r's and $(r-1)^{,}$ s complements
2
Design of synchronous counter
2
Hamming code
2
Nuclear reactions
2
Classification of fissile
2
One-group critical equation
2
Solution of one-group reactor equation: For a spherical reactor
2
general properties and band structures, impurities, intrinsic and doped semiconductors, concept of hole charge carriers and effective mass, Electron statistics
Electrical and thermal conductivity: scattering of electrons from crystal defects and phonons, Pauli paramagnetism, Sommerfeild theory of conduction in metals
1
Metallic reflection
1
Assemblies
1
The hydrogen molecule
1
Flavours and flavour mixing, Quark model with three flavours, Heavy-quark hadrons, CP violation, The origin (s) of mass
1
Phase velocity and group velocities of matter waves, de Broglie's hypothesis
1
Photoelectric effect and its important features, X-rays: Production of continuous and characteristic X-rays
1
Thomson model of atom, Alpha-particle scattering experiment and Rutherford model
