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Key Difference – Ideal Gas Law vs Van der Waals Equation The ideal gas law is a fundamental law whereas Van der Waals equation is the modified version of the ideal gas law. The key difference between ideal gas law and van der Waals equation is that ideal gas law equation is used for […]
Key Difference – Mole Fraction vs Mass Fraction Mole fraction and mass fraction are terms used to express the ratios between different components in compounds. The key difference between mole fraction and mass fraction is that mole fraction deals with the moles of different components of a compound whereas mass fraction deals with the […]
Key Difference – L vs D Amino Acids L amino acids and D amino acids are two forms of amino acids. The key difference between L and D amino acids is that L amino acid is the enantiomer of an amino acid that is capable of rotating plane polarized light anticlockwise (left-hand side) whereas […]
Key Difference – Polar vs Nonpolar Amino Acids Amino acids can be divided into two groups based on the polarity as polar amino acids and nonpolar amino acids. The key difference between polar and nonpolar amino acids is that polar amino acids have polarity whereas polarity is absent in nonpolar amino acids. Amino acid […]
Key Difference – Combined Gas Law vs Ideal Gas Law When studying about different gases, the relationships between volume, pressure, the temperature of the gas and the amount of gas present is very important. These relationships are given by the ideal gas law and the combined gas law. When explaining these laws, the term […]
Key Difference – Enols vs Enolates vs Enamines Enols, enolates and enamines are three different types of organic compounds. Enols are also known as alkenols. That is because an enol is formed by combining an alkene group with an alcohol group. It is a reactive structure because enols occur as intermediate compounds in chemical […]
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 – Saturated vs Concentrated Solution A solution is a liquid phase of matter that is formed by dissolving a solute in a solvent. A solution can be converted into a saturated solution by adding more solutes until no more solutes can be dissolved. A concentrated solution contains a considerably high amount of […]
Key Difference – Colligative Properties of Electrolytes vs Nonelectrolytes Colligative properties are physical properties of a solution that depends on the amount of a solute but not on the nature of solute. This means similar amounts of completely different solutes can alter these physical properties in similar quantities. Hence, the colligative properties depend on […]
