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Chemistry Paper I-Physical Chemistry
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Chemistry Paper I-Physical Chemistry
Topic outline
photoelectric effect and black body radiation
deactivation process
Determination of quantum yield
Fluorescence, phosphorescence and photosensitization
induce dipole moment
magnetic properties
Measurment of dipole moment
opticalrotation
Photochemistry
Physical properties and molecular structures
Polarization -II
Polarization-I
BOHRS MODEL
COMPTON EFFECT
DE BROGLIES AND HEISENBERGS
HEAT CAPACITY OF SOLID
LCAO
Spectroscopy introduction
electron spectroscopy
IR - Principle and instrumentation , MW - Principle a
Microwave Spectroscopy
RAMAN SPECTROSCOPY
Rigid Rotor
Simple Harmonic Oscillator
MW Principlae and in
IR Principle and ins
Intensity of spectral lines
Chemistry Paper I-Physical Chemistry
photoelectric effect and black body radiation
deactivation process
Determination of quantum yield
Fluorescence, phosphorescence and photosensitization
induce dipole moment
magnetic properties
Measurment of dipole moment
opticalrotation
Photochemistry
Physical properties and molecular structures
Polarization -II
Polarization-I
BOHRS MODEL
COMPTON EFFECT
DE BROGLIES AND HEISENBERGS
HEAT CAPACITY OF SOLID
LCAO
Spectroscopy introduction
electron spectroscopy
IR - Principle and instrumentation , MW - Principle a
Microwave Spectroscopy
RAMAN SPECTROSCOPY
Rigid Rotor
Simple Harmonic Oscillator
MW Principlae and in
IR Principle and ins
Intensity of spectral lines
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