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Lecture 13 : Determination of focal length of concave mirror (Contd.)
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Experimental Physics - II
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- 1 NPTEL: Experimental Physics - II
- 2 Lecture 01 : Introduction
- 3 Lecture 02 : Summary of Experimental Physics - I
- 4 Lecture 03 : Summary of Experimental Physics - I (Contd.)
- 5 Lecture 04 : Summary of Experimental Physics - I (Contd.)
- 6 Lecture 05 : Summary of Experimental Physics - I (Contd.)
- 7 Lecture 06 : Basic analysis
- 8 Lecture 07 : Basic analysis (Contd.)
- 9 Lecture 08 : Basic components
- 10 Lecture 09 : Basic components (Contd.)
- 11 Lecture 10 : Basic components (Contd.)
- 12 Lecture 11 : Basic idea on mirros and lenses and their applications
- 13 Lecture 12 : Determination of focal length of concave mirror
- 14 Lecture 13 : Determination of focal length of concave mirror (Contd.)
- 15 Lecture 14 : Determination of focal length of convex mirror
- 16 Lecture 15 : Determination of focal length of convex lens
- 17 Lecture 16 : Determination of focal length of concave lens
- 18 Lecture 17 : Determination of focal length of convex lens by diplacement method
- 19 Lecture 18 : Applications of mirrors and lenses
- 20 Lecture 19 : Determination of refractive index of liquid using travelling microscope
- 21 Lecture 20 : Basic discussion on spectrometer and prism
- 22 Lecture 21 : Basic discussion on spectrometer and prism (contd.)
- 23 Lecture 22 : Basic discussion on spectrometer and prism (contd.)
- 24 Lecture 23 : Schuster's method
- 25 Lecture 24
- 26 Lecture 25 : Determination of the angle of prism
- 27 Lecture 26
- 28 Lecture 27
- 29 Lecture 28
- 30 Lecture 29
- 31 Lecture 30
- 32 Lecture 31 : Interference phenomena
- 33 Lecture 32 : Interference phenomena (Contd.)
- 34 Lecture 33 : Interference phenomena (Contd.)
- 35 Lecture 34 : Bi-prism
- 36 Lecture 35 : Bi-prism (contd.)
- 37 Lecture 36 : Interference phenomena by Newton ring (Theory)
- 38 Lecture 37 : Interference phenomena by Newton ring (experiment)
- 39 Lecture 38 : Michelson interferometer (Theory)
- 40 Lecture 39 : Michelson interferometer (Experiment)
- 41 Lecture 40 : Theory of diffraction
- 42 Lecture 41 : Theory of diffraction (continue)
- 43 Lecture 42 : Theory of diffraction (continue)
- 44 Lecture 43 : Single slit diffraction
- 45 Lecture 44 : Double slit diffraction
- 46 Lecture 45 : Plane transmission grating
- 47 Lecture 46 : Plane transmission grating (contd.)
- 48 Lecture 47 : Theory of polarization
- 49 Lecture 48 : Theory of polarization (contd.)
- 50 Lecture 49 : Expt. for Verification of Malus law
- 51 Lecture 50 : Expt. for brewester
- 52 Lecture 51 : Expt. for Brewester angle
- 53 Lecture 52 : Expt. on e-ray & o-ray
- 54 Lecture 53 : Polarimeter
- 55 Lecture 54 : Zone-plate theory
- 56 Lecture 55 : Zone-plate experiment
- 57 Lecture 56 : Theory of photoelectric effect
- 58 Lecture 57 : Experiment on photoelectric effect
- 59 Lecture 58 : Thomson experiment to determine the specific charge of an electron (e/m)
- 60 Lecture 60 : Experiment on Rydberg constant
- 61 Lecture 59 : Frank-Hertz experiment
- 62 Lecture 61 : Experiment on Rydberg constant (contd.)
