The topics that are mainly include under the **B.Sc Physics Syllabu**s for all **BSc Physics Subjects** are as follow:

B.Sc Physics Subjects |
Topics |

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-valueTheorems |

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. Polarizationof 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. |

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