(Fundamentals of Physics, spring semester)
Introductory Physics Office
for various issues with exam, grading and etc.
Lecture (The real contents of the lecture are given in class
in classical way). Below slides are for 6th edition. Present
edition has slightly different ordering.
- Lecture 01 (Ch 01, Measurement)
- Lecture 02 (Ch 02, Motion Along a Straight Line)
- Lecture 03 (Ch 03, Vectors)
- Lecture 04 (Ch 04, Motion in Two and Three Dimensions)
- Lecture 05 (Ch 05, Force and Motion - I)
- Lecture 06 (Ch 06, Force and Motion - II)
- Lecture 07 (Ch 07, Work and Kinetic Energy)
- Lecture 08 (Ch 08, Potential Energy and Conservation of Energy)
- Lecture 09 (Ch 09, Systems of Particles)
- Lecture 10 (Ch 10, Collisions)
- Lecture 11 (Ch 11, Rotation)
- Lecture 12 (Ch 12, Rolling, Torque, and Angular momentum)
- Lecture 13 (Ch 13, Equilibrium and Elasticity)
- Lecture 14 (Ch 14, Gravitation)
- Lecture 15 (Ch 15, Fluids)
- Lecture 16 (Ch 16, Oscillations)
- Lecture 17 (Ch 17, Waves - I)
- Lecture 18 (Ch 18, Waves - II)
- Lecture 19 (Ch 19, Temperature, Heat, and the First law of Thermodynamics)
- Lecture 20 (Ch 20, The Kinetic Theory of Gases)
- Lecture 21 (Ch 21, Entropy and the Second Law of Thermodynamics)
- Ch 21 (Electric Charge)
- Ch 22 (Electric Fields)
- Ch 23 (Gauss' Law)
- Ch 24 (Electric Potential)
- Ch 25 (Capacitance)
- Ch 26 (Current and Resistance)
- Ch 27 (Circuits)
- Ch 28 (Magnetic Fields)
- Ch 29 (Magnetic Fields Due to Currents)
- Ch 30 (Induction and Inductance)
- Ch 31 (Magnetism of Matter)
- Ch 32 (Electromagnetic Oscillations)
- Ch 33 (Electromagnetic Waves)
- Ch 34 (Images)
- Ch 35 (Interference)
- Ch 36 (Diffraction)
- Ch 38 (Photons and Matter Waves)
- Ch 39 (More about Matter Waves)