MOLECULAR ORBITAL DIAGRAM [NiF4]2- COMPLEX | MO DIAGRAM TETRAHEDRAL CMOPLEX

MOLECULAR ORBITAL DIAGRAM OF [Fe(CN)6]3- and [FeF6]3- OCTAHEDRAL COMPLEX

CRYSTAL FIELD SPLITTING IN TETRAHEDRAL COMPLEX | CFT | LFT | SPLITTING OF d ORBITALS

CRYSTL FIELD SPLITTING IN OCTAHEDRAL COMPLEX | CFT | LFT | SPLITTING OF d ORBITALS

MOLECULAR ORBITAL DIAGRAM OF SQUARE PLANAR COMPLEX | [PtCl4]2- complex | MOT | MO DIAGRAM

MOLECULAR ORBITAL DIAGRAM TETRAHEDRAL COMPLEX | [CoCl4]2- complex | CO ORDINATION CHEMISTRY

MOLECULAR ORBITAL DIAGRAM [Co(NH3)6]3+ AND [CoF6]3- | MOLECULAR ORBITL THEORY | CO-ORDINATION CHEM.

INTERNAL ENERGY AND ENTROPY OF DIATOMIC GAS | ROTATIONAL AND VIBRATIONAL INTERNAL ENERGY AND ENTROPY

INTERNAL ENEEREGY AND ENTROPY OF MONO ATOMIC GAS | STATISTICAL THERMODYNAMICS |SACKUR-TETRODE EQUATN

GIBBS FREE ENERGY AND THIRD LAW IN TERMS OF PARTITON FUNCTION | STATISTICAL THERMODYNAMICS

ENTROPY, WORK FUNCTION, PRESSURE, HEAT CONTENT AND PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

INTERNAL ENERGY AND HEAT CAPACITY IN TERMS OF PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

NUMERICAL ROTATIONAL PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

NUMERICAL TRANSLATIONAL PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

ELECTRONIC PARTITION FUNCTION AND TOTAL PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

VIBRATIONAL PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

ROTATIONAL PARTITON FUNCTION | STATISTICAL THERMODYNAMICS

TRANSLATIONAL PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

PARTITION FUNCTION | STATISTICAL THERMODYNAMICS

FERMI DIRAC STATISTICS | STATISTICAL THERMODYNAMICS

BOSE EINSTEIN DISTRIBUTION LAW | STATISTICAL THERMODYNAMICS

MAXWELL BOLTZMAN DISTRIBUTION LAW | STATISTICAL THERMODYNAMICS

NUMERICAL DEGENERACY THERMODYNAMIC PROBABILITY | STATISTICAL THERMODYNAMICS

NUMERICAL THERMODYNAMIC PROBABILITY | STATISTICAL THERMODYNAMICS

THERMODYNAMIC PROBABILITY | STATISTICAL THERMODYNAMICS

TYPES OF ENSEMBLES | STATISTICAL THERMODYNAMICS

MICROSTATE MACROSTATE | STATISTICAL THERMODYNAMICS

FERMI DIRAC DISTRIBUTION LAW

BOSE EINSTEIN DISTRIBUTION LAW

PARTICLE IN 3 DIMENSIONAL BOX | QUAMTUM CHEMISTRY

THE BOLTZMANN DISTRIBUTION LAW | MAXWELL BOLTZAMNN DISTRIBUTION LAW | STATISTICAL THERMODYNAMICS

PARTICLE IN ONE DIMENSIONAL BOX WITH DERIVATION OF ENERGY AND WAVEFUNCTION | QUANTUM CHEMISTRY

TIME DEPENDENT SCHRÖDINGER EQUATION | QUANTUM CHEMISTRY

SETTING UP HAMILTONIAN OPERATOR FOR DIFFERETN ATOMS | QUANTUM CHEMISTRY

Schrödinger wave equation | Time Independent Schrödinger wave equation

POSTULATES OF QUANTUM MECHANICS | EIGEN VALUE & EIGEN FUNCTION

SETTING UP OPERATORS FOR DIFFERENT OBSERVABLES | QUANTUM CHEMISTRY | ANGULAR MOMENTUM & HEMILTONIAN

OPERATORS | QUANTUM CHEMISTRY

DEBYE HUCKEL THEORY | PART 2 | DEBYE HUCKEL LIMITING LAW

DEBYE HUCKEL THEORY OF STRONG ELECTROLYTES | PART 1

Transformation properties of Fluxes and Forces | Irreversible Thermodynamics

ARRHENIUS THEORY OF ELECTROLYTIC DISSOCIATION

STATISTICAL THERMODYNAMICS MCQ GATE CHEISTRY | 2007 TO 2021 | GATE CHEMISTRY

STATISTICAL THERMODYNAMICS NUMERICALS CSIR NET CHEMICAL SCIENCE | JUNE 2011 TO JUNE 2020 | PART 2

STATISTICAL THERMODYNAMICS NUMERICALS CSIR NET CHEMICAL SCIENCE | JUNE 2011 TO JUNE 2020 | PART 1

TRANSPORT NUMBER NUMERICALS BASED ON HITTORF'S, MOVING BOUNDARY AND IONIC MOBILITY METHODS

TRANSPORT NUMBER BY IONIC MOBILITY AND EMF METHOD

TRANSPORT NUMBER BY MOVING BOUNDARY METHOD WITH CALCULATIONS

TRANSPORT NUMBER BY HITTORFS METHOD WITH CALCULATION

MIGRATION OF IONS, TRANSPORT NUMBER BY HITTROF'S THEORETICAL DEVICE

KINETICS OF DIFFUSION CONTROLLED REACTIONS

PHASE RULE | TWO COMPONENT SYSTEM | SILVER LEAD SYSTEM

KINETICS OF BRANCHED CHAIN REACTION

KINETICS OF CHAIN REACTION

KINETICS OF TRIMOLECULAR REACTION | TER MOLECULAR REACTIONS

STATIONARY NON EQUILIBRIUM STATE | PRIGOGINE'S PRINCIPLE OF MINIMUM ENTROPY PRODUCTION

COMPARISON BETWEEN MAXWELL BOLTZMAN, BOSE EINSTEIN AND FERMI DIRAC

VERIFICATION OF ONSAGER RELATIONS

ENTROPY PRODUCTION IN OPEN SYSTEM AND TRANSFORMATION OF FLUXES AND FORCES

ENTROPY PRODUCTION IN CHEMICAL REACTION | IRREVERSIBLE THERMODYNAMICS | NON EQUILIBRIUM