Experimental physics Lab-I (PHY-200)--Fall 2014
Experimental Preparation
In addition to the practical sessions conducting by the SSE Physlab, we also train the students for the experimental course in the form of lectures, computer based studies, interactive discussions and demonstrator-led demonstrations. For example, prior to the Lab I course, there is a set of lectures and activities that expose the students to the concepts of:
List of Experiments (Lab-I)
Topic |
Last Updated |
Harmonic Motion is Observed through Webcam (1.1) |
6 March, 2015 |
Dynamics, Moment of Inertia, Torque and Rotational Friction (1.2) |
6 March, 2015 |
Moment of inertia of a tennis ball (1.2 A) |
6 March, 2015 |
Craters in sand (1.2 B) |
6 March, 2015 |
Heat Transfer and Newton’s Law of Cooling (1.3) |
6 March, 2015 |
Magnetic Phase Transitions of a Ferromagnetic Alloy (1.4) |
6 March, 2015 |
Optical Activity of the Chiral Solutions (1.5)) |
6 March, 2015 |
Data Acquisition and Filter Design (1.6) |
6 March, 2015 |
Data Analysis with capacitor (1.6A) |
6 March, 2015 |
Latent Heat of Vaporization of Liquid Nitrogen (1.7) |
6 March, 2015 |
Electromagnetic Induction and Working of Read-Write Operations in Magnetic Media (1.8) |
6 March, 2015 |
Vibrations on a String and Resonance (1.9) |
6 March, 2015 |
Natural Radioactivity and Statistics (1.10) |
6 March, 2015 |
Measurement of Planck's constant using a light bulb (1.11) |
6 March, 2015 |
Observing Hall Effect Semiconductors (1.12) |
6 March, 2015 |
Electron energy loss investigated through the Nobel prize winning Franck-Hertz experiment (1.13) |
6 March, 2015 |
Verification of de Broglie's hypothesis by electron diffraction from graphite (1.14)
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6 March, 2015 |
Verification of de Broglie's hypothesis by electron diffraction from graphite (1.14) |
6 March, 2015 |
Imaging electron trajectories: e/m measurement with a magic eye and ImageJ (1.15) |
6 March, 2015 |
Energy conservation in two dimensions (1.16) |
6 March, 2015 |
Thermodynamics of the Heat Engine (1.17) |
6 March, 2015 |