UV & NMR Spectroscopy Part 19/NMR Spectrum of Pure and Impure Ethanol/Signal Interpretation/BSc/MSc

UV & NMR Spectroscopy Part 18/Interpretation of NMR Spectrum/Toluene/p-Nitrotoluene/BSc Chemistry

UV & NMR Spectroscopy Part 17/Interpretation of NMR Spectrum/2-bromopropane/1,1,2-tribromoethane/BSc

UV and NMR Spectroscopy Part 16/Interpretation of NMR Spectrum/Ethane/Ethyl bromide/BSc Chemistry

UV & NMR Spectroscopy Part 15/Peak Area/Intensity/Splitting of Signals/Coupling Constant

UV and NMR Spectroscopy Part 14/Anisotropic Effect-Important Factor Influence the Chemical Shift

UV and NMR Spectroscopy Part 13/Factors affecting Chemical Shift/BSc Chemistry

UV & NMR Spectroscopy Part 12/Chemical Shift/Nuclear Magnetic Resonance Spectroscopy/BSc Chemistry

UV and NMR Spectroscopy Part 11/Position of Signals in NMR/Why TMS is used as a reference standard

UV and NMR Spectroscopy Part 10/Shielding and Deshielding Effect and Factors Affecting it

UV and NMR Spectroscopy Part 9/Equivalent and Non-equivalent Protons/BSc Chemistry/Complementary

UV and NMR Spectroscopy Part 8/Trick to Calculate Nuclear Spin/Nuclear Shell Model/BSc Chemistry/

UV and NMR Spectroscopy Part 7/NMR Spectroscopy Introduction/BSc Chemistry/Chemistry Complementary

UV and NMR Spectroscopy Part 6/Lambda max calculations for dienes/BSc&MSc Chemistry/Woodward-Fieser

UV and NMR Spectroscopy Part 5/Woodward-Fieser Rules for Calculating Lambda max for dienes/λmax

UV & NMR Spectroscopy Part 4/Chromophore/Auxochrome/Bathochromic&Hypsochromic shift/Hyperchromic....

UV and NMR Spectroscopy Part 3/Types of electronic transitions/allowed and forbidden transitions

UV and NMR Spectroscopy Part 2//Working of UV Visible Spectrophotometer/BSc Chemistry/Complementary

UV and NMR Spectroscopy Part 1/Introduction/Principle of UV Visible Spectroscopy/BSc Chemistry

Ionic Equilibrium Part 19/Hydrolysis of Salts/weak acid and weak base/BSc Chemistry Degree

Ionic Equilibrium Part 18/Hydrolysis of Salts/Strong Acid and Weak Base/BSc Degree Chemistry

Ionic Equilibrium Part 17/Hydrolysis of Salts/weak acid and strong base/BSc degree Chemistry

Ionic Equilibrium Part 16/Hydrolysis of Salts/strong acids and strong bases/BSc Degree Chemistry

Ionic Equilibrium Part 15/Henderson equation for acidic and basic buffers/derivation/calculations

Ionic Equilibrium Part 14/Basic buffer mechanism/BSc Chemistry

Ionic Equilibrium Part 13/why ammonium acetate is a buffer and sodium chloride is not a buffer ?

Ionic Equilibrium Part 12/Buffer Solutions/Acidic and Basic Buffers/Acidic buffer mechanism

Ionic Equilibrium Part 11/Calculation of pH/EMF method/Standard Hydrogen Electrode&Calomel Electrode

Ionic Equilibrium Part 10/Calculation of [H+] from pH/concentration of H+/antilog of negative number

IONIC EQUILIBRIUM PART 9/Calculation of pH from hydrogen ion concentration/pH of a solution

IONIC EQUILIBRIUM PART 8/pH of a Solution/pH & pOH/calculate pH of neutral, acidic & basic solution

Ionic Equilibrium Part 7/Dissociation in liquid ammonia and HF/Influence of Solvent on base strength

IONIC EQUILIBRIUM PART 6/ Influence of solvent on acid strength/Dissociation in acetic acid&in water

Ionic Equilibrium Part 5/Lewis concept of acids and bases/Degree Class Chemistry/Complementary

Ionic Equilibrium Part 4/ Amphoteric Nature of Water/Advantages&limitations of Bronsted-Lowry Theory

Ionic Equilibrium Part 3/Relative strength of conjugate acids & bases/Trick to remember the strength

Ionic Equilibrium Part 2/Arrhenius & Bronsted-Lowry Concept/Some Tricks/Conjugate Acid-Base pairs

Ionic Equilibrium Part 1/Introduction/Ionic product of water/electrolytes/Degree class/Complementary

Solutions Part 8: Nernst's Distribution Law/Partition Law/solvent extraction/applications

Solutions Part 7/Immiscible Liquids/Steam distillation/Chemistry class/Degree

Solutions Part 6/ Lower CST/ triethylamine water/ Both Upper and lower CST/nicotine water

Solutions Part 5, Critical solution temperature, Partially Miscible Liquids: Phenol-water System,CST

Solutions Part 4: Chemistry: Degree class: BSc: Azeotropic Mixtures: maximum and minimum boiling

Solutions Part 1: Chemistry: Degree class: BSc: Raoult's law: Ideal solutions: Non ideal solutions

Solutions Part 3:Chemistry: Degree Class:BSc:Fractional Distillation/Boiling point composition curve

Solutions Part 2: Chemistry: BSc: Degree: Vapour pressure - composition curves: Ideal and non ideal