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Key Difference – Ligase vs Lyase The key difference between ligase and lyase is that ligases involve in the formation of chemical bonds whereas lyases cause break down of chemical bonds. Ligases and lyases are enzymes. Enzymes are macromolecular compounds that can act as biological catalysts. These compounds can increase the reaction rate of […]
Key Difference – SN2 vs E2 Reactions The key difference between SN2 and E2 reactions is that SN2 reactions are nucleophilic substitution reactions whereas E2 reactions are elimination reactions. These reactions are very important in organic chemistry because the formation of different organic compounds is described by these reactions. There are two types of […]
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 – E1 vs E2 Reactions The E1 and E2 reactions are two types of elimination reactions that differ from each other based on the mechanism of elimination; the elimination can be either a one-step or a two-step mechanism. The key difference between E1 and E2 reactions is that E1 reactions have unimolecular […]
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 – Collision Theory vs Transition State Theory Collision theory and transition state theory are two theories that are used to explain the reaction rates of different chemical reactions at the molecular level. Collision theory describes the collisions of gas molecules in gas-phase chemical reactions. Transition state theory explains the reaction rates by […]
Key Difference – Differential Rate Law vs Integrated Rate Law Differential rate law and integrated rate law are two forms of rate laws. The key difference between differential rate law and integrated rate law is that differential rate law gives the rate of a chemical reaction as a function of the change in concentration […]
Key Difference – Freezing Point Depression vs Boiling Point Elevation Freezing point depression causes a solution to freeze at a lower temperature than the freezing point of the pure solvent due to the addition of solutes. Boiling point elevation causes a solution to boil at a higher temperature than the boiling point of the […]
Key Difference – Instantaneous Rate vs Average Rate In chemical reactions, the reaction rate can be determined in two ways as instantaneous rate and average rate. The key difference between instantaneous rate and average rate is that instantaneous rate measures the change in concentration of reactants or products during a known time period whereas […]
