Physics for UnderGraduates

Lecture 14 (5th Semester) - Nuclear shell model part 1

Lecture 14 (5th Semester) - Nuclear shell model part 1

Lecture 6 (1st Semester) - Gradient of a scalar field

Lecture 17 (3rd Semester) - Newton's rings - Applications

Lecture 17 (3rd Semester) - Newton's rings - Applications

Lecture 16 (3rd Semester) - Newton's Rings

Lecture 15 (3rd Semester) - Haidinger & Fizeau Fringes

Lecture 14 (3rd Semester) - Need of extended source & Applications of thin film interference

Lecture 5 (1st Semester) - Circulation & Curl of a vector field

Lecture 13 (3rd Semester) - Interference by transmitted light in thin films

Lecture 4 - Part 2 - (1st Semester) - Verification of Gauss-Divergence theorem using an example

Lecture 4 - Part 1 - (1st Semester) - Gauss-Divergence theorem

Lecture 3 (1st Semester) - Divergence of vector in cartesian coordinates

Lecture 13 (5th Semester) - Mass parabola & Failures of Liquid drop Model

Lecture 12 (5th Semester) - Most stable isobar

Lecture 12 (5th Semester) - Most stable isobar

Lecture 12 ( 3rd Semester) - Interference by Reflected light in thin films

Lecture 11 (3rd Semester) - Coherence (contd.)

Lecture 2 (1st Semester) - Scalar & Vector field, Del operator, Flux of vector

Lecture 11 (5th Semester) - Semi-Empirical mass formula

Lecture 10 (5th Semester) - Liquid Drop Model

Lecture 9 (5th Semester) - Stable nuclei

Lecture 8 (5th Semester) - Mass defect & Binding energy of nucleus

Lecture 1 (1st Semester) - Basic Concepts of Vector Algebra

Lecture 6 - Part 2 - (3rd Semester) - Fresnel's biprism

Lecture 3 (3rd Semester) - Coherent & Incoherent sources of light

Lecture 7 (5th Semester) - Nuclear forces

Lecture 10 (3rd Semester) - Interference with white light (contd. ) & Concept of Coherence

Lecture 6 (5th Semester) - Nuclear electric quadrupole moment

Lecture 9 (3rd Semester) - Displacement of fringes & Interference with White light

Lecture 8 (3rd Semester) - Phase change on Reflection

Lecture 5 (5th Semester) - Nuclear magnetic dipole moment

Lecture 4 (5th Semester) - Nuclear density+Angular momentum+Parity+Statistics of nucleus

Lecture 3 (5th Semester) - Discovery of neutron & proton - neutron theory

Lecture 2 (5th Semester) - Proton electron theory

Lecture 2 (5th Semester) - Proton electron theory

Lecture 7 (3rd Semester) - Fresnel's two mirror & Lloyd's single mirror arrangement

Lecture 6 - Part 1 - (3rd Semester) - Fresnel's biprism

Lecture 5 (3rd Semester) - Intensity distribution in Young's double slit experiment

Lecture 4 (3rd Semester) - Young's double slit experiment

Lecture 1 - Part 1 - (5th Semester) - Overview of Syllabus & Rutherford scattering Experiment

Lecture 2 (3rd Semester) - Basics of Interference

Lecture 1 (3rd Semester) - Basics of Interference