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Physics Paper I-Optics
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Physics Paper I-Optics
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DIFFRACTION OF LIGHT
FEBRY PEROT INTERFEROMETER I
FEBRY PEROT INTERFEROMETER II
FRAUNHOFER DIFFRACTION BY SINGLE SLIT I
FRAUNHOFER DIFFRACTION BY SINGLE SLIT II
FRAUNHOFER DIFFRACTION BY SINGLE SLIT III
HALF PERIOD ZONE METHOD
HELIUM-NEON LASER
HOLOGRAPHY II
INTERFERENCE OF LIGHT
LASERS AND ITS CHARACTERISTICS
MICHELSON INTERFEROMETER
PHOTO DIODE
PHOTO MULTIPLIER
PHOTO TRANSISTOR
PLANE TRANSMISSION GRATING I
PLANE TRANSMISSION GRATING II
POPULATION INVERSION AND PUMPING
RAYLEIGH REFRACTOMETER
RELATION BETWEEN EINSTEIN'S COEFFICIENTS
RESOLVING POWER OF PRISM
RESOLVING POWER OF TELESCOPE
RESOLVING POWER
RUBY LASER
YOUNG'S DOUBLE SLIT EXPERIMENT
Losses in fiber optics
Optical fiber
Simple Harmonic Motion
Damped Harmonic Oscillations
Driven Harmonic Oscillations
graphical representation of SHM
Partical in a box
Potential and Kinetic energies in SHM
Babinet's Compensator
Fermet Principle
Optical Rotation
Polarisation
Fresnel's explanation of optical rotation
HOLOGRAPHY I
Dispersion of light
Physics Paper I-Optics
DIFFRACTION OF LIGHT
FEBRY PEROT INTERFEROMETER I
FEBRY PEROT INTERFEROMETER II
FRAUNHOFER DIFFRACTION BY SINGLE SLIT I
FRAUNHOFER DIFFRACTION BY SINGLE SLIT II
FRAUNHOFER DIFFRACTION BY SINGLE SLIT III
HALF PERIOD ZONE METHOD
HELIUM-NEON LASER
HOLOGRAPHY II
INTERFERENCE OF LIGHT
LASERS AND ITS CHARACTERISTICS
MICHELSON INTERFEROMETER
PHOTO DIODE
PHOTO MULTIPLIER
PHOTO TRANSISTOR
PLANE TRANSMISSION GRATING I
PLANE TRANSMISSION GRATING II
POPULATION INVERSION AND PUMPING
RAYLEIGH REFRACTOMETER
RELATION BETWEEN EINSTEIN'S COEFFICIENTS
RESOLVING POWER OF PRISM
RESOLVING POWER OF TELESCOPE
RESOLVING POWER
RUBY LASER
YOUNG'S DOUBLE SLIT EXPERIMENT
Losses in fiber optics
Optical fiber
Simple Harmonic Motion
Damped Harmonic Oscillations
Driven Harmonic Oscillations
graphical representation of SHM
Partical in a box
Potential and Kinetic energies in SHM
Babinet's Compensator
Fermet Principle
Optical Rotation
Polarisation
Fresnel's explanation of optical rotation
HOLOGRAPHY I
Dispersion of light
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