Posts
Chemistry
- NH3 Conjugate Acid:
- 1,2-Hydride Shifts
- Absorption Spectroscopy: Principles, Measurement & Applications
- Acetoacetic Ester Synthesis
- Acid Ionization Constants
- Acid-Base Titration
- Acidity of functional groups
- Acids Applications
- Activated Complex: Definition, Theory & Examples
- Actual Yield vs Theoretical Yield
- Aliphatic Hydrocarbons
- Alkanes Alkenes and Alkynes: A Comprehensive Guide
- Alkene Hydration: Reactivity, Optimal conditions and Importance
- Allylic Carbon
- Alpha Helix & Beta Pleated sheets of proteins
- Aluminum Electron Count: How Many Electrons Does Al Have?
- Amino Acid Pool: Essential Insights
- Amorphous Solids vs Crystalline Solids
- Amphoteric Nature of Water | Complete Overview.
- Anomeric Carbon in Carbohydrates
- Anti-Markovnikov: Radical Additions
- Antiperiplanar and E2 Reaction Relationship
- Arrhenius Acids and Bases
- Arrhenius Equation | Effect of Temp on ROR
- Atom Mass Location
- Autoionization of water – Ka, Kb, and Kw.
- Axial vs Equatorial Bonds in Cyclohexane
- Baeyer-Villiger Oxidation
- Balmer’s Series-A complete Overview
- Barium Nitrate | Properties, Production, Uses
- Basics of Chemical Bonding
- BF3 Lewis Structure, hybridization
- Binary acids
- Binary Ionic Compound
- Bohr’s Radius | Bohr’s Atomic Theory
- Bond Angle | Steps to Determine the Bond Angle
- Bond Order | Relationship with other Bond Parameters
- Born Haber Cycle | How to Find Lattice Energy
- Boron | Overview, Properties, Uses
- Brayton Cycle | Components of Brayton Cycle
- Buffer Solution
- Calcium Sulfide
- Calculate the Molar Mass of Sucrose
- Calorimeter Equation
- Can you burn water – How is it possible?
- Carbocation Stability Three Structure Factors
- Carbon-13 NMR
- Carbon’s Oxidation States
- Catalytic Efficiency: Enzymes, kcat/Km, and More!
- Cell Notation
- Character Tables Explanations and Importance
- Charge of S | How to Find Formal Charge of S atom in SO3?
- Chemical vs Nuclear Reactions
- Chemiluminescence
- Chemo Defenses In Plants via chemicals
- Chiral Center- How configure Chiral Center
- Chlorine | History, Properties & Uses
- Chymotrypsin Structure ,Functions and Characteristics
- Circular Dichroism Interactions and Applications
- Claisen Condensation: Reaction Mechanism & Variations
- Clouds, their types and cloud burst
- Coefficients vs Subscripts
- Colligative Properties
- Colloidal Suspensions
- Combustion Reactions Equations Explanations and Uses
- Common Ion Effect Statement Explanation and Examples
- Comparison of SN1 vs SN2 Reactions | Concepts
- Complex Ions
- Concentration Units: A brief introduction
- Conjugate Acid-Base Pairs: Definitions, Examples & Equations
- Coordinate Covalent Bond Examples and Characteristics
- Coordination Isomers
- Copper – complete elemental information
- COSY NMR
- Coulomb’s Law
- Coupling Constant and Its Importance
- Covalent Network Solids
- Covalent vs Ionic Bond
- Criss Cross Method
- Crystal Field Theory
- Current conduction in molten NaCl
- Cuvette For UV-VIS Spectrophotometers
- D Orbital Shapes: A Brief Overview
- D-block Elements | Introduction to Coordination Compounds
- Dalton’s Law of Partial Pressure
- De – Broglie’s wavelength | E=hf & E=mc2
- Degenerate Orbitals – Electronic Configuration
- Degree of Unsaturation, Formula & Equation
- Degree of Unsaturation: A Complete Guide
- Diamagnetic vs Paramagnetic
- Diastereomers | Explanation with Example
- Diatomic Elements: Definition, List & Formation
- Diels-Alder Reaction|Mechanism, Stereoselectivity
- Dimensional Analysis
- Does Licking a Diamond Cause Death?
- E=nhv – Quantize energy and Photon
- Edman Degradation| Protein Sequencing
- Effective Atomic Number | How To Calculate EAN
- Electrolytes and Nonelectrolytes
- Electron Configuration of Oxygen
- Electron Configurations
- Electron Domains | VSEPR Theory
- Electron Donating Groups
- Electron Shielding
- Electron vs Molecular Geometry
- Electrophilic Substitution Reaction
- Electrophoretic Mobility
- Enantiomers – A Detailed Overview
- Endothermic reaction graph – Definition, Applications
- Enthalpy | Equation, Relations and Numericals
- Enthalpy of Combustion
- Enthalpy vs Entropy
- Epimers | Definition, Characteristics,Examples
- Equilibrium Arrows
- Equilibrium Constant: Expressions & Explanation
- Ether Nomenclature
- Expanded octet
- Explain Ester Synthesis | Esterification
- F-Block Elements | Lanthanides & Actinides
- Fajan’s Rule | Explanation With Examples
- First Order Reaction
- Fischer Projections
- Flavonoids Chemistry
- Fractional Crystallization
- Franck Condon Principle: Reactions & Significance
- Galvanic Cell | Working of Daniell Cell
- Gas Density Formula: How to Calculate and Understand
- Gas Liquid Chromatography: Principles & Working
- Gay Lussac’s Law
- GENETICS: Introduction, History and Branches
- Geometrical Isomers – Geometrical Isomerism
- Glycosidic linkage – Formation & Uses
- Graham’s Law of Diffusion and Effusion
- Group 13 Elements | Chemistry of Boron Family
- H2O Molar Mass | How to Calculate Molar Mass
- Halogenation of alkenes and its mechanism
- HCO3 Conjugate Base
- HCP Unit Cell
- Heat of Hydrogenation | Applications, Examples
- Heat of Reaction | Enthalpy of Formation
- Heisenberg’s Uncertainty Principle l Derivation l Problems
- High Spin vs Low Spin: Key Differences Explained
- Horizontal Rows : Understanding the Periodic Table
- How Chemical defenses in plants occur.
- How do you Find Nitrogen Valence Electrons?
- How many Valence Electrons does Nitrogen Have?
- How to convert alkene to alcohol?
- How to Name Esters
- HSAB Principle
- Hund’s Rule | Rule of Maximum Multiplicity
- Hydroboration Oxidation of Alkynes
- Hydrogen Bond Donors & Acceptors
- Hydronium Ion: Definition, Formula & Explanation
- Hydrosulfuric Acid | Basic information
- ICE Tables Calculating Equilibrium Concentrations
- In-Phase vs Out-of-Phase: A Comprehensive Guide
- Inert Pair Effect | Explanation & Examples
- Inertness of Noble gases | Reason
- Integrated Rate Laws
- Iodine Clock Reaction
- Ion Exchange Chromatography
- Ion Product
- Ionic Charge of Iron
- Ionic Compounds Solubility in Water
- Is Acetic Acid Strong or Weak? Let’s Find Out
- Is ice melting a physical change?
- Is NaOH a strong base? Justify.
- Is NaOH Acid or Base? | Manufacturing of NaOH
- Is NH3 acid or base | Let’s discover.
- Is the salt compound or element?
- Lanthanides | Properties, Occurrence & Uses
- Lattice Parameter: A Guide to Crystal Structure and Constants
- Law of Multiple Proportions
- Le Chatelier’s Principle – A Complete overview
- Leaving group Trends | Good Leaving group
- Let’s find out about Oxymercuration Reaction?
- Let’s Find Out the N2 Molar Mass?
- Let’s think of HCN hybridization?
- Levoamphetamine and Dextroamphetamine
- Lithium (Li) Atomic and Physical Properties
- Lithium Electron Configuration
- Meso Compounds Explanation & Applications
- Metals’ Ionization Energy: Explained with Examples
- Molar Mass of Oxygen
- Molar Solubility| Calculation & Applications
- Molar Volume of Gas at STP
- Mole Fraction | Concentration Terms | Problems
- Molecularity | Pseudo Order Reaction
- Moles and Dozen Similarity
- Moles to Liters Conversion
- N2 Lewis Structure | Hybridization, MO Diagram
- Naming Acid and Base
- Naming Cycloalkane
- Natural Product Chemistry
- Neon Valence Electrons
- Nernst Equation – E, E°, and Emf
- Net Dipole Moments in Molecules
- Net Ionic Equations: A Step-by-Step Guide
- Neutralization Reaction: Significance, Applications and Examples
- Newman Projections
- Nickel – a complete overview
- Nitrogen | History, Properties, Uses, Facts
- NMR Interpretation
- NO Bond Order | MO Diagram of NO, NO+
- Noble gases – A complete overview
- Non-Electrolytes: Definition, Examples, and Differences
- Nucleic Acid Polymers
- Nucleophilic Acyl Substitution
- Nucleophilicity Trend
- Olefin Metathesis
- Orbital Notation of Carbon: A Complete Guide
- Osmosis | Osmotic Pressure, Numericals
- Oxidizing vs Reducing Agents
- Oxygen | History, Occurrence, Properties
- Ozone Layer Depletion, Causes, and Effects
- Particle in a Box Solutions
- PCC Oxidation
- Percent Composition | Formula with Examples
- Periodic Elements with their Symbols and Atomic Numbers:
- Periodic Law
- Periodic Table
- Phase Transitions: Fundamentals and Explanations
- Phosphodiester Bond | Formation, Mechanism
- Phosphorus | History, Properties, and Uses
- pKb
- Point Group Symmetries
- Polar Protic vs. Polar Aprotic Solvents
- Producing a Precipitate: Unveiling the Winning Combination
- Properties of Liquids
- Proton NMR Shifts
- Quantum Mechanical Model
- Racemic Mixture | How to resolute Racemate?
- Rate Law and Order of Reaction | Numericals
- Rate Law Graphical Explanation
- Reaction Quotient: A Comprehensive Guide
- Real Gas| Behaviour and Deviations
- Red Blood Cells Crenation: Causes and Solutions
- Reduction Potential Measurement and Interpretation
- Reflux Chemistry: Techniques, Uses, and Benefits
- Retro-Chemistry
- Reversible Reactions
- Rydberg Equation – Derivation, Numericals.
- Salt Hydrolysis
- Saltwater
- Second Order Reactions
- Second-Order Reaction Half-Life: Equations and Methods
- Sig Fig Rules
- Sigma and pi bond – Characteristics – Examples
- SN1 and SN2 | Nucleophilic Substitution Reactions
- Sodium and Chlorine Reaction
- Soil is Homogenous or Heterogenous
- Solute and Solvent: Key Difference
- Spontaneous and Non-spontaneous Reactions
- Statistical Thermodynamics
- Steady State Approximation
- Steric Hindrance: Effects and Examples
- Stille coupling
- Stock solutions
- Stork Enamine Reaction for Carbonyl Condensations
- Sulfur’s Chemical Twin
- Temperature effect on Equilibrium
- Ternary Ionic Compounds: Naming & Formulas Guide
- Terpenoids
- The acidity of Carboxylic acid : Carboxyl- pKa
- The Charge of Chlorine Ions:
- The Law of Mass Action: Definition, Equation & Examples
- The Schrödinger Equation for Hydrogen Atom
- Thermochemical Equations
- Thermodynamic Cycles: Types & Applications
- Titanium | Occurrence, Properties, uses
- Titration Curves Significance & Applications
- TLC Protocol
- Tollens Test
- Translational Kinetic Energy: Definition, Formula, and Calculation
- Trigonal bipyramidal | Geometry of PF5
- Trigonal Planar Molecular Geometry
- Trigonal Pyramidal Molecule Geometry: Explained & Examples
- Triprotic Acids
- Trouton’s Rule – Modification and Problems
- Vacuum Filtration| Working Principles
- Valence Bond Theory
- Valence Electrons in Transition Metals
- Van der Waals Equation | Derivation and Uses
- Van’t Hoff Factor – Definition and how to find it?
- Water Reactions
- Weathering | Definition, its types
- What are Friedel-Crafts Reactions?
- What are insoluble salts? Preparation insoluble salts
- What are the types of chemical reactions?
- What happens when we put egg in vinegar?
- What is a supersaturated solution?
- What is Aldol Condensation? Mechanism, Applications
- What is an Extensive Property? Thermodynamics
- What is Atomic emission?| Complete Overview
- What is Bond order of H2?
- What is Bunsen Burner? Working and Explanation
- What is Chromatography? | Various types
- What is Electronegativity? – Types – periodicity and factors
- What is Hyperconjugation?
- What is Ionization energy? It’s factors and periodicity
- What is meant by State function | Some examples and types.
- What is Monochromator? | Main Types
- What is Slater’s Rule? Shielding effect & Zeff
- What is Spectrochemical Series?
- What is Tautomerization? Its mechanism
- what is the Inductive effect on carboxyl pKa?
- What Makes a Strong Base
- What’s about Acid Chloride? Acyl Chloride
- Why Fe3+ is more stable than Fe2+?
- why is copper sulfate blue?
- Williamson Ether Synthesis: Mechanism, Uses, and Limitations
- XeF4 Lewis Structure| Lewis Dot Structure
- Zero Order Kinetics
- Zinc | Properties, Compounds, & Extraction
Inorganic
- NH3 Conjugate Acid:
- 18-Electron Rule
- Actual Yield vs Theoretical Yield
- Aluminum Electron Count: How Many Electrons Does Al Have?
- Arrhenius Acid | Acid & Base Concept
- Arrhenius Acids and Bases
- Autoionization of water – Ka, Kb, and Kw.
- Barium Nitrate | Properties, Production, Uses
- Beryllium Valence Electrons
- BF3 Lewis Structure, hybridization
- Binary acids
- Binary Ionic Compound
- Bohr’s Radius | Bohr’s Atomic Theory
- Bond Angle | Steps to Determine the Bond Angle
- Bond Order | Relationship with other Bond Parameters
- Born Haber Cycle | How to Find Lattice Energy
- Boron | Overview, Properties, Uses
- Calcium Sulfide
- Carbocation Stability Three Structure Factors
- Carbonates: Definition, Chemistry, and Properties
- Cell Notation
- Character Tables Explanations and Importance
- Charge of Boron
- Charge of S | How to Find Formal Charge of S atom in SO3?
- Charge on the Hydronium ion
- Chemical Equations
- Chlorine | History, Properties & Uses
- CO2 Lewis Structure | Lewis Dot Structure For Molecules
- Common Ion Effect | Applications | Numericals
- Common Ion Effect Statement Explanation and Examples
- Compound and Mixture
- Conjugate Acid-Base Pairs: Definitions, Examples & Equations
- Coordinate Covalent Bond Examples and Characteristics
- Copper – complete elemental information
- Covalent vs Ionic Bond
- Criss Cross Method
- Crystal Field Theory
- D Orbital Shapes: A Brief Overview
- D-block Elements | Introduction to Coordination Compounds
- De – Broglie’s wavelength | E=hf & E=mc2
- Degree of Unsaturation, Formula & Equation
- Diatomic Elements: Definition, List & Formation
- Diprotic Bases
- Dissociation in Chemistry
- Effective Atomic Number | How To Calculate EAN
- Electron Configuration of Oxygen
- Electron Domains | VSEPR Theory
- Endothermic reaction graph – Definition, Applications
- Expanded octet
- F-Block Elements | Lanthanides & Actinides
- Fac/mer Isomerism
- Fajan’s Rule | Explanation With Examples
- Fluorine | Isolation, Properties, Uses & Facts
- Franck Condon Principle: Reactions & Significance
- Gaseous Elements
- Ground state Electron configuration
- Group 13 Elements | Chemistry of Boron Family
- H2O Molar Mass | How to Calculate Molar Mass
- HCO3 Conjugate Base
- Helium | History, Preparation & Fun facts
- High Spin vs Low Spin: Key Differences Explained
- Horizontal Rows : Understanding the Periodic Table
- How many Valence Electrons does Boron have?
- How to Find Formal Charge | Lewis Structures
- HSAB Principle
- Hydrogen | Properties, Uses & Facts
- Hydrogen Bond Donors & Acceptors
- Hydronium Ion: Definition, Formula & Explanation
- Hydrosulfuric Acid | Basic information
- ICE Tables Calculating Equilibrium Concentrations
- Inert Pair Effect | Explanation & Examples
- Integrated Rate Laws
- Ionic Charge of Iron
- Is Acetic Acid Strong or Weak? Let’s Find Out
- Is CO2 a Homogeneous Mixture?
- Is CO2 Polar or Nonpolar? Let’s Find Out
- Is NaOH a strong base? Justify.
- Is NaOH Acid or Base? | Manufacturing of NaOH
- Is NH3 acid or base | Let’s discover.
- Is the salt compound or element?
- Lanthanides | Properties, Occurrence & Uses
- Lattice Energy of an Ionic Crystals
- Let’s Find Out the N2 Molar Mass?
- Let’s think of HCN hybridization?
- Ligands and its Types | Coordination Compounds
- Lithium (Li) Atomic and Physical Properties
- Lithium Electron Configuration
- Lithium Isotope and It’s Chemistry
- Magnesium ions
- Metallic and Nonmetallic Character
- Metals’ Ionization Energy: Explained with Examples
- Molar Solubility| Calculation & Applications
- Moles to Liters Conversion
- N2 Lewis Structure | Hybridization, MO Diagram
- Neon Valence Electrons
- Neon Valence Electrons
- Nitrogen | History, Properties, Uses, Facts
- NO Bond Order | MO Diagram of NO, NO+
- OCS Polarity
- Organometallic reagents
- oxidation state of Silver
- Oxidative Addition
- Oxide Formula
- Oxidizing vs Reducing Agents
- Percent Composition | Formula with Examples
- Periodic Elements with their Symbols and Atomic Numbers:
- Periodic Trends
- Phosphorus | History, Properties, and Uses
- Point Group Symmetries
- Rate Law Graphical Explanation
- Roman Numerals in chemistry
- Salt Hydrolysis
- Sodium and Chlorine Reaction
- Stock System in Chemistry
- Sulfite Ion
- Sulfur | Properties, Allotropes, Compounds & Uses
- Ternary Ionic Compounds: Naming & Formulas Guide
- The Chalcogens
- The Charge of Chlorine Ions:
- Translational Kinetic Energy: Definition, Formula, and Calculation
- Trigonal bipyramidal | Geometry of PF5
- Trigonal Planar Molecular Geometry
- Trigonal Pyramidal | Geometry of Ammonia
- Trigonal Pyramidal Molecule Geometry: Explained & Examples
- Valence Electrons in Transition Metals
- Vanadium | Elemental Information, Applications
- What are insoluble salts? Preparation insoluble salts
- What is Spectrochemical Series?
- What Makes a Strong Base
- Which Atom Is The Smallest In Size?
- Why Fe3+ is more stable than Fe2+?
- Zinc | Properties, Compounds, & Extraction
Organic
- 1,2-Hydride Shifts
- 1,4-Addition Reactions
- Acetal Formation
- Acetylide Anions
- Aliphatic Hydrocarbons
- Alkaloids
- Alkanes Alkenes and Alkynes: A Comprehensive Guide
- Alkene Hydration: Reactivity, Optimal conditions and Importance
- Alkyl Halides | Preparation, Properties & Uses
- Alkyne Hydration
- Amine Basicity
- Anomeric Carbon in Carbohydrates
- Anti-Markovnikov: Radical Additions
- Antiperiplanar and E2 Reaction Relationship
- Aromatic heterocycles
- Axial vs Equatorial Bonds in Cyclohexane
- Beckmann Rearrangement
- Benzene Rings Naming
- Bioconjugation
- Calculate the Molar Mass of Sucrose
- Carbon-13 NMR
- Carbon’s Oxidation States
- Carbonyl compounds
- Carboxylic Acid Derivatives
- Carboxylic Acid to Aldehyde
- Chiral vs Achiral
- Claisen Condensation: Reaction Mechanism & Variations
- Combustion of Ethanol
- Comparison of SN1 vs SN2 Reactions | Concepts
- Conjugate Acid-Base Pairs: Definitions, Examples & Equations
- Constitutional Isomers
- Crown Ether
- Cyclohexanol to Cyclohexene
- Degree of Unsaturation: A Complete Guide
- Diastereomers | Explanation with Example
- Dieckmann Condensation
- Diels-Alder Reaction|Mechanism, Stereoselectivity
- Dimerization
- Eclipsed Conformation of Butane:
- Edman Degradation| Protein Sequencing
- Electron Donating Groups
- Electrophilic Aromatic Substitution
- Electrophilic Substitution Reaction
- Enamine
- Enantiomers – A Detailed Overview
- Enantiomers vs Identical
- Endothermic and Exothermic reactions
- Enthalpy as a State Function
- Epimers | Definition, Characteristics,Examples
- Epoxide Ring Opening
- Ester Hydrolysis
- Fischer Projections
- Flavonoids Chemistry
- Forward Rate Constant
- Furanose vs Pyranose
- Geometrical Isomers – Geometrical Isomerism
- Glycosidic linkage – Formation & Uses
- Haloform Reaction
- Heating Curves
- Hofmann degradation
- HSAB Principle
- Huckel’s Rule
- Huckel’s Rule
- Hydroboration Oxidation of Alkynes
- Hydrogenolysis
- Imine Formation
- Jones Reagent
- Kinetic vs Thermodynamic Products
- Leaving group Trends | Good Leaving group
- Let’s find out about Oxymercuration Reaction?
- Meso Compound | Definition and Identification
- Meso compounds
- Methane, Propane, and Butane
- Naming Acid and Base
- Naming Cycloalkane
- Natural Product Chemistry
- Newman Projections
- Nomenclature of Amides
- Nuclear equations
- Nucleophilic Aromatic Substitution
- Olefin Metathesis
- Orbital Notation of Carbon: A Complete Guide
- Pericyclic reactions
- Phenyl Group
- Phosphodiester Bond | Formation, Mechanism
- Proton NMR Shifts
- Racemic Mixture | How to resolute Racemate?
- Retro-Chemistry
- Saturated Hydrocarbon
- Second Order Reactions
- Sigmatropic Rearrangements
- SN1 and SN2 | Nucleophilic Substitution Reactions
- Spontaneous and Non-spontaneous Reactions
- Stereocenters
- Stereoselectivity | Selectivity In Reactions
- Steric Hindrance: Effects and Examples
- Stille coupling
- Stork Enamine Reaction for Carbonyl Condensations
- Sublimation and Deposition
- Sulfonation of Benzene
- Suzuki Coupling
- Tetrahedral molecules
- The Gibbs-Helmholtz Equation
- What is Aldol Condensation? Mechanism, Applications
- What is Tautomerization? Its mechanism
- What’s about Acid Chloride? Acyl Chloride
- Zaitsev’s Rule
Physical
- Absorption Spectroscopy: Principles, Measurement & Applications
- Acid Ionization Constants
- Activated Complex: Definition, Theory & Examples
- Activity Chemistry: Effects on Equilibria & Activity Coefficients
- Amorphous Solids vs Crystalline Solids
- Arrhenius Equation | Effect of Temp on ROR
- Atom Mass Location
- Boiling Point: Physical or Chemical Change?
- Brayton Cycle | Components of Brayton Cycle
- Calorimeter Equation
- Calorimetry Problems
- Carbocation Stability Three Structure Factors
- Carbon-13 NMR
- Catalytic Efficiency: Enzymes, kcat/Km, and More!
- Character Tables Explanations and Importance
- Chemical vs Nuclear Reactions
- Circular Dichroism Interactions and Applications
- Colligative Properties
- Colloidal Suspensions
- Color physical or chemical property?
- Combustion Reactions Equations Explanations and Uses
- Concentration Units: A brief introduction
- Conjugate Acid-Base Pairs: Definitions, Examples & Equations
- Coordinate Covalent Bond Examples and Characteristics
- Dalton’s Law of Partial Pressure
- De – Broglie’s wavelength | E=hf & E=mc2
- Definite Volume Of Liquids: Importance, Applications and examples
- Degree of Unsaturation, Formula & Equation
- Diamagnetic vs Paramagnetic
- Dipole-Dipole and London Dispersion Forces
- Electrolytes and Nonelectrolytes
- Electron Shielding
- Electron vs Molecular Geometry
- Endothermic reaction graph – Definition, Applications
- Enthalpy | Equation, Relations and Numericals
- Exothermic Phase Changes: Chemistry Community Explains
- Factors Affecting Reaction Rates
- First Order Reaction
- Galvanic Cell | Working of Daniell Cell
- Gas Density Formula: How to Calculate and Understand
- Gay Lussac’s Law
- Graham’s Law of Diffusion and Effusion
- HCP Unit Cell
- Heat of Reaction | Enthalpy of Formation
- Ideal Solution | Ideal and Non-Ideal Solution
- Ionic Compounds Solubility in Water
- Is ice melting a physical change?
- Kinetic Equation For Gases | KMT of Gases
- Kinetic Molecular Theory: A Comprehensive Guide
- Law of Multiple Proportions
- Lithium (Li) Atomic and Physical Properties
- Marcus Theory
- Miscibility
- Molar Mass of Oxygen
- Molar Volume of Gas at STP
- Molarity with Practice Problems
- Mole Fraction | Concentration Terms | Problems
- Mole Ratios
- Molecular Orbital Diagrams
- Molecularity | Pseudo Order Reaction
- Moles and Dozen Similarity
- Nernst Equation: Examples and a Practical Guide
- Net Dipole Moments in Molecules
- Non-aqueous Solutions
- Non-Electrolytes: Definition, Examples, and Differences
- Osmosis | Osmotic Pressure, Numericals
- Path Functions
- Periodic Table
- pH vs pKa and their Relationship
- Physical Properties: Significance, Importance and examples
- pKb
- Pressure Chemistry
- Proton Relative Charge
- Quantum Mechanical Model
- Rate Law and Order of Reaction | Numericals
- Reaction Quotient: A Comprehensive Guide
- Second-Order Reaction Half-Life: Equations and Methods
- Standard Electrode Potential
- Statistical Thermodynamics
- Table of Bond Energies
- The Law of Mass Action: Definition, Equation & Examples
- Thermodynamic Cycles: Types & Applications
- Triangle Chemistry: E, ΔG, and K Explained
- Valence Bond Theory
- Van der Waals Equation | Derivation and Uses
- Vaporization
- What is a supersaturated solution?
- What is an Extensive Property? Thermodynamics
Physical Chemistry
- Absorption Spectroscopy: Principles, Measurement & Applications
- Acid Ionization Constants
- Acidity of functional groups
- Acids Applications
- Activated Complex: Definition, Theory & Examples
- Activity Chemistry: Effects on Equilibria & Activity Coefficients
- Amorphous Solids vs Crystalline Solids
- Arrhenius Equation | Effect of Temp on ROR
- Atom Energy Levels
- Atom Mass Location
- Atomic Radius Calculation
- Avogadro’s Law
- Boiling Point: Physical or Chemical Change?
- Bonding and Antibonding orbitals
- Brayton Cycle | Components of Brayton Cycle
- Calorimeter Equation
- Calorimetry Problems
- Carbocation Stability Three Structure Factors
- Carbon-13 NMR
- Catalytic Efficiency: Enzymes, kcat/Km, and More!
- Character Tables Explanations and Importance
- Chemical vs Nuclear Reactions
- Circular Dichroism Interactions and Applications
- Colligative Properties
- Colloidal Suspensions
- Color physical or chemical property?
- Combustion Reactions Equations Explanations and Uses
- Common Ion Effect Statement Explanation and Examples
- Compound and Mixture
- Concentration Units: A brief introduction
- Conjugate Acid-Base Pairs: Definitions, Examples & Equations
- Coordinate Covalent Bond Examples and Characteristics
- cp/cv
- Cyclic Voltammetry
- Dalton’s Law of Partial Pressure
- De – Broglie’s wavelength | E=hf & E=mc2
- Definite Volume Of Liquids: Importance, Applications and examples
- Degree of Unsaturation, Formula & Equation
- Delocalization of electron
- Diamagnetic vs Paramagnetic
- Dipole-Dipole and London Dispersion Forces
- Electrolytes and Nonelectrolytes
- Electrolytic and Galvanic Cell
- Electron Explanation
- Electron Shielding
- Electron vs Molecular Geometry
- Endothermic reaction graph – Definition, Applications
- Enthalpy | Equation, Relations and Numericals
- Enthalpy of Combustion
- Enthalpy of fusion
- Enthalpy vs Entropy
- Equilibrium Arrows
- Equilibrium Constant
- Evaporation separation
- Exothermic Phase Changes: Chemistry Community Explains
- Eyring equation
- Factors Affecting Reaction Rates
- First Order Reaction
- Galvanic Cell | Working of Daniell Cell
- Gas Density Formula: How to Calculate and Understand
- Gas lasers
- Gas stoichiometry
- Gay Lussac’s Law
- Graham’s Law of Diffusion and Effusion
- HCP Unit Cell
- Heat of Reaction | Enthalpy of Formation
- Ideal Solution | Ideal and Non-Ideal Solution
- Intermolecular Forces and Vapor Pressure
- Ionic Compounds Solubility in Water
- Is ice melting a physical change?
- is ozone polar?
- Keq
- Kinetic Equation For Gases | KMT of Gases
- Kinetic Molecular Theory: A Comprehensive Guide
- Law of Multiple Proportions
- Limiting Reactant
- Lithium (Li) Atomic and Physical Properties
- Marcus Theory
- Matter waves
- Miscibility
- Molar Heat of Vaporization
- Molar Mass of Oxygen
- Molar Volume of Gas at STP
- Molarity with Practice Problems
- Mole Fraction | Concentration Terms | Problems
- Mole Ratios
- Molecular Orbital Diagrams
- Molecularity | Pseudo Order Reaction
- Moles and Dozen Similarity
- Nernst Equation: Examples and a Practical Guide
- Net Dipole Moments in Molecules
- Non-aqueous Solutions
- Non-Electrolytes: Definition, Examples, and Differences
- Osmosis | Osmotic Pressure, Numericals
- Path Functions
- Periodic Table
- pH vs pKa and their Relationship
- Physical Properties: Significance, Importance and examples
- pKb
- Pressure Chemistry
- Proton Relative Charge
- Quantum Mechanical Model
- Rate Law and Order of Reaction | Numericals
- Reactants in a Chemical Equation
- Reaction Quotient: A Comprehensive Guide
- Real Gas| Behaviour and Deviations
- Reversible derived units
- Second-Order Reaction Half-Life: Equations and Methods
- Shiny Nature of Metals
- Spontaneous and Non-spontaneous Reactions
- Standard Electrode Potential
- Statistical Thermodynamics
- Sublimation and Deposition
- Table of Bond Energies
- Temperature effect on Equilibrium
- The Law of Mass Action: Definition, Equation & Examples
- Thermodynamic Cycles: Types & Applications
- Triangle Chemistry: E, ΔG, and K Explained
- Types of Solution and their solubility
- Understanding the Ideal Gas Law: Equations and Formulas
- Valence Bond Theory
- Van der Waals Equation | Derivation and Uses
- Vaporization
- What is a supersaturated solution?
- What is an Extensive Property? Thermodynamics
- Which Compound Breaks the Octet Rule
