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Key Difference – Acid Ionization Constant vs Base Ionization Constant Acid ionization constant (Ka, also known as the acid dissociation constant) gives the quantitative measurement of the equilibrium that exists between acid molecules and their ionized forms. Similarly, base ionization constant (Kb, or base dissociation constant) gives the quantitative measurement of the equilibrium that […]
Key Difference – Homogeneous vs Heterogeneous Catalyst Catalysts are of many types, but they can be mainly categorized into two groups as homogeneous catalysts and heterogeneous catalysts. The key difference between homogeneous and heterogeneous catalysts is that homogeneous catalysts can always be found in the liquid phase whereas heterogeneous catalysts can be found in […]
Key Difference – SN1 vs E1 Reactions SN1 reactions are substitution reactions in which new substituents are substituted by replacing existing functional groups in organic compounds. E1 reactions are elimination reactions in which existing substituents are removed from the organic compound. The key difference between SN1 and E1 reactions is that SN1 reactions are substitution […]
Key Difference – Protic vs Aprotic Solvents The key difference between protic and aprotic solvents is that protic solvents have dissociable hydrogen atoms whereas aprotic solvents have no dissociable hydrogen atom. A solvent is a liquid compound that can dissolve other substances. There are different forms of solvents that can be categorized basically into […]
Key Difference – Resonance vs Tautomerism Isomerism is a chemical phenomenon that explains the structures of organic compounds having a same molecular formula with different structures and properties. Isomerism is the presence of different molecular structures and spatial arrangements of the same molecular formula. Isomers are categorized mainly into two groups as constitutional isomers […]
Key Difference – Isomorphism vs Polymorphism Compounds can exist in different forms in nature. These different forms can be different morphologies or different structures. The structure of a chemical compound determines the physical properties of that compound. Sometimes the chemical properties are also determined by the structure. “Morphism” is a term used to name […]
Key Difference – Intermolecular vs Intramolecular Hydrogen Bonding Hydrogen bonding is a form of attraction force between certain polar molecules. it is a type of weak bonding than ionic or covalent bonds, but are strong attraction forces when compared to dipole-dipole forces and Van der Waal forces. A hydrogen bond is formed if the […]
Key Difference – Ion Dipole vs Dipole Dipole Forces Intermolecular forces are the attraction forces exist between different molecules. Ion-dipole forces and dipole-dipole forces are two forms of intermolecular forces. Some other examples for intermolecular forces include ion-induced dipole forces, hydrogen bonds, and Van der Waal forces. These forces are electrostatic attractions because the […]
Key Difference – Shielding vs Screening Effect The shielding effect is the reduction in the effective nuclear charge on the electron cloud, due to a difference in the attraction forces of the electrons in the nucleus. In other words, it is the reduction of attraction between the atomic nucleus and outermost electrons due to […]
Key Difference – Bond Moment vs Dipole Moment The terms bond moment and dipole moment are based on similar principles but are different based on the application. The bond moment is also known as bond dipole moment. It is the polarity of a chemical bond that is located within a certain molecule. Dipole moment, […]
