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File:Chapter 1-PREDICTION OF THE HYBRIDIZATION STATE OF SIMPLE MOLECULES or IONS.pdf
File:Chapter 2 – PREDICTION OF THE HYBRIDIZATION STATE OF ORGANIC COMPOUNDS pp 23-34.pdf
File:Chapter 3 – Prediction Of The Hybridization State – A Comparative Study Between Conventional and Innovative Formulae pp 35-43.pdf
File:Chapter-4 BOND ORDER OF DIATOMIC SPECIES WITHOUT MOLECULAR ORBITAL THEORY (MOT) pp 44-54.pdf
File:Chapter 5 – PREDICTION OF THE BOND ORDER OF OXIDE BASED ACID RADICALS pp 55-58.pdf
File:Chapter-6 – PREDICTION OF THE MAGNETIC BEHAVIOUR AND BOND ORDER OF DIATOMIC SPECIES WITHOUT MOLECULAR ORBITAL THEORY (MOT) pp 59-68.pdf
File:Chapter 7 – INNOVATIVE METHOD FOR THE PREDICTION OF SPIN MULTIPLICITY pp 69-80.pdf
File:Chapter 8 – INNOVATIVE METHODS FOR THE PREDICTION OF AROMATIC ANTI-AROMATIC AND NON-AROMATIC BEHAVIOUR OF SIMPLE ORGANIC COMPOUNDS pp 81-91.pdf
File:Chapter 9 – INNOVATIVE METHODS FOR THE PREDICTION OF AROMATIC, ANTI-AROMATIC AND NON AROMATIC BEHAVIOUR OF HETEROCYCLIC COMPOUNDS pp 92-109.pdf
Chapter_10_-_INNOVATIVE_METHODS_FOR_THE_CALCULATION_OF_CHEMICAL_BONDS_IN_ALKENES_pp_110-113.pdf (0 × 0 pixels, file size: 121 KB, MIME type: application/pdf)
Chapter_11-INNOVATIVE_MNEMONICS_FOR_THE_CALCULATION_OF_CHEMICAL_BONDS_IN_ALKYNES_pp_114-117.pdf (0 × 0 pixels, file size: 94 KB, MIME type: application/pdf)
Chapter_12_-_INNOVATIVE_METHODS_FOR_THE_IUPAC_NOMENCLATURE_OF_BICYCLO_AND_SPIRO_COMPOUNDS_pp_118-124.pdf (0 × 0 pixels, file size: 77 KB, MIME type: application/pdf) Summary
Chapter_13_-_IUPAC_Nomenclature_of_Higher_Alkanes_–_Innovative_Method_pp_125-130.pdf (0 × 0 pixels, file size: 686 KB, MIME type: application/pdf)
File:Chapter 14 -Classification of Negative charge discriminate hybridization with aromatic and anti-aromatic behavior of organic compounds – Innovative Methods pp 131-143.pdf
File:Chapter 15 – PREDICTION OF BOND ANGLE OF POLYATOMIC MOLECULES pp 144-147.pdf
File:Chapter-16 Infrared spectroscopy (Theory & Principle) pp 148-150.pdf
File:Chapter-17 Infrared spectroscopy (Vibrational Modes) pp 151-155.pdf
File:Chapter-18 Infrared spectroscopy (FINGERPRINT REGION) pp 156-158.pdf
File:Chapter-19 Infrared spectroscopy (Bond Parameter & Hybridization) pp 159-160.pdf
File:Chapter-20 Infrared spectroscopy (Identifying Compounds or ligands) pp 161-173.pdf
File:Chapter-21 Coordination Chemistry (Introduction) pp 174-178.pdf
File:Chapter 22 – Coordination Chemistry (Structural Isomerism) pp 179-187.pdf
File:Chapter 23 – Coordination Chemistry (Geometrical Isomerism) pp 188-196.pdf
File:Chapter-24 Coordination Chemistry (Optical isomerism) pp197-203.pdf
File:Chapter-25 Coordination Chemistry (IUPAC Nomenclature) pp 204-208.pdf
File:Chapter-26 Cordination Chemistry – Crystal Field Theory (CFT) pp 209-220.pdf
File:Chapter-27 Coordination Chemistry – Crystal Field Stabilization Energy (CFSE) pp 221-228.pdf
File:Paper Chromatography-Separation of mixtures of ions (Pb2+ & Ag+) by Paper Chromatographic Technique pp 229-231.pdf
File:Chapter 29 – Innovative Method for the separation of mixture of ions (Pb2+ & Cu2+) by Paper Chromatographic Technique, pp 232-235.pdf
File:Chapter 30 – Innovative Method for the separation of mixture of ions (Ni2+ & Co2+) by Paper Chromatographic Technique, pp 236-239.pdf
File:Chapter 31 – Innovative Method for the Separation of Group II and Group III Metal ions (Cu2+ & Fe3+) by Paper Chromatographic Technique, pp 240-243.pdf
File:Chapter 32 – Innovative Method for the Separation of Group II and Group IV Metal ions (Cu2+ & Co2+) by Paper Chromatographic Technique, pp 244-248.pdf
File:Chapter 33 – Innovative Method for the Separation of Group III Metal ions (Fe3+ and Cr3+) by Paper Chromatographic Technique, pp 249-252.pdf
File:Chapter 34 – Innovative Method for the Separation of Metal ions (Mo6+ and W6+) by Paper Chromatographic Technique, pp 253-256.pdf
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