What is the Syllabus in BSc Physics ? - B.Sc Physics

Mathematical physics

Vector Calculus.

Orthogonal Curvilinear Coordinates.

Multiple Integrals.

Some Special Integrals.

Mechanics

Fundamentals of Dynamics.

Rotational Dynamics.

Gravitation and Central Force Motion.

Elasticity.

Chemistry

Bonding.

Organization of Solids.

Weak Chemical Forces.

Organic Chemistry.

Technical Writing & Communication in English

Communication.

Writing Skills.

Technical Writing.

Thesis statement.

Oscillations & Waves

Oscillations.

Free Oscillations.

Velocity of Waves.

Electricity and Magnetism

Electric Circuits.

Electric Field and Electric Potential.

Dielectric Properties of Matter.

Magnetic Field.

Digital electronics

Introduction to CRO

Analog Circuits

Digital Circuits

Shift registers

Microprocessors & Computer Programming

Intel 8085 Microprocessor Architecture

C & C++ Programming Languages

Control Statements

Arrays and Structures

Thermal Physics

Thermodynamics

Kinetic Theory of Gases

Distribution of Velocities

Real Gases

Mathematics

Sequences of Real Numbers

Functions of a Real Variable

Uniform Continuity

Mean-value

Theorems

Optics

Geometrical Optics.

Wave Optics.

Interference.

Diffraction.

Mathematics-II (Analysis & Statistics)

Analysis:

Sequences and Series.

Uniform Convergence and Integration.

Improper Integrals.

Beta and Gamma Functions.

Statistics:

Random Variables.

Discrete and Continuous Distribution.

Statistical Inference.

Sampling Distribution of

Mean-Variance.

Numerical Analysis

Errors and Iterative Methods.

Matrices and Linear System of Equations.

Interpolation.

Curve Fitting, B-Splines, and Approximation.

Quantum Mechanics

Particles and Waves.

Basic Postulates and Formalism.

Applications of Schrödinger Wave Equation.

Bound State Problems.

Atomic and Molecular Physics

Atoms in Electric and Magnetic Fields.

Many electron atoms.

Molecular Spectra.

Lasers.

Electronic Devices

Circuit Analysis.

Semiconductor Diodes.

Bipolar Junction transistors.

Amplifiers.

Electromagnetic Theory

Maxwell’s Equations.

Reflection and Refraction of Electromagnetic Waves.

Polarization

of Electromagnetic Waves.

Wave Guides.

Statistical Physics

Classical Statistics.

Classical Theory of Radiation.

Quantum Theory of Radiation.

Bose-Einstein Statistics.

Solid State Physics

Crystal Structure.

Elementary Lattice Dynamics.

Magnetic Properties of Matter.

Electrical Properties of Materials.

Nuclear & Particle Physics

Radioactivity.

Nuclear Reactions.

Detectors of Nuclear Radiations.

Elementary Particles.

Mechanics and wave motion

Inertial reference frame.

Central forces.

Simple harmonic motion.

Phase and group velocity.

Kinetic theory and thermodynamics

Ideal Gas.

Liquefaction of gases.

The laws of thermodynamics.

Blackbody radiation.