The key difference between potentiometric and conductometric titrations is that potentiometric titrations measure the potential across the analyte, whereas conductometric titrations measure the electrolytic conductivity of the analyte. A titration is an analytical technique in which we can determine the concentration of an analyte. Here, we need a titrant which acts as the standard solution […]
Difference Between Bar and Barg
The key difference between bar and barg is that bar indicates absolute pressure, whereas barg indicates gauge pressure. Pressure is the force applied perpendicularly on a unit area of a surface. There are three types of pressure as absolute pressure, gauge pressure and differential pressure. Absolute pressure is the measurement we take against a perfect […]
Difference Between Classical Theory and Quantum Theory
The key difference between classical theory and quantum theory is that classical theory describes the nature of macroscopic level, whereas quantum theory describes the nature of microscopic level. The classical theory and quantum theory are very important branches in physical chemistry since we can use them to describe the behaviour of objects. There is a […]
Difference Between Bosons and Fermions
The key difference between bosons and fermions is that bosons have integer spin whereas fermions have half-integer spin. All the particles we observe in nature comes in two types as bosons and fermions. We can divide the particles into these two groups based on the spin of the particles. Therefore, we call it “spin classification”. […]
Difference Between Natural Rubber and Vulcanized Rubber
The key difference between natural rubber and vulcanized rubber is that the natural rubber is thermoplastic, whereas the vulcanized rubber is a thermoset. Natural rubber is the rubber material we obtain as latex from rubber trees. The raw latex is not that much of use since it has less desirable properties. To enhance its properties, […]
Difference Between Haloalkanes and Haloarenes
The key difference between haloalkanes and haloarenes is that haloalkanes are aliphatic compounds containing halogens, whereas haloarenes are aromatic compounds containing halogens. Halogens are the group 7 chemical elements which include fluorine (F), chlorine (Cl), bromine (Br), iodine (I) and astatine (At). When these halogens combine with organic compounds, we name them as halo compounds. […]
Difference Between Flash Point and Boiling Point
The key difference between flash point and boiling point is that the term flash point is applied for a volatile liquid, whereas the term boiling point can be applied for any liquid. Flashpoint and boiling point are two terms we use regarding the liquid state of substances. Flashpoint specifically applies for volatile liquids because it […]
Difference Between Lye and Caustic Soda
The key difference between lye and caustic soda is that the term lye may refer to either sodium hydroxide or potassium hydroxide, whereas the term caustic soda refers only to sodium hydroxide. Although we use the terms lye and caustic soda interchangeably, they are slightly different from each other, because lye is a general term […]
Difference Between Normal Boiling Point and Standard Boiling Point
The key difference between normal boiling point and standard boiling point is that the boiling temperature at 1 atm is the normal boiling point, whereas the boiling temperature at 1 bar is the standard boiling point. The boiling point of a substance is the temperature at which the vapour pressure of a liquid becomes equal […]
Difference Between Neutral and Amphoteric Oxides
The key difference between neutral and amphoteric oxides is that neutral oxides have no acidic or basic nature, whereas amphoteric oxides have both acidic and basic properties. An oxide is a binary compound that has a chemical element in combination with one or more oxygen atoms. Since oxygen is highly reactive, it can form oxides […]
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