The key difference between electrophoretic and asymmetric effect is that electrophoretic effect is the effect of the attraction forces between ionic species and solvent molecules on the movement of ions whereas asymmetric effect is the effect of the high ion concentration in the solution on the movement of ions. The terms electrophoretic effect and asymmetric […]
Difference Between Normality Factor and Titration Error
The key difference between normality factor and titration error is that normality factor gives the ratio between an observed value and the theoretical value whereas titration error gives the difference between the observed endpoint and the actual endpoint of a titration. Normality factor and titration error are important in analytical chemistry for the determination of […]
Difference Between Sodium Silicate and Sodium Metasilicate
The key difference between sodium silicate and sodium metasilicate is that the term sodium silicate refers to silicate salts of sodium ions whereas sodium metasilicate is a type of sodium silicate having a sodium cation and SiO32- anion. Sodium silicate is a generic name (common name for all ionic compounds having the general chemical formula […]
Difference Between Nano Silver and Colloidal Silver
The key difference between nano silver and colloidal silver is that the nano silver refers to nanoparticles of silver having the particle size between 1 and 100 nm whereas colloidal silver refers to silver particles having the particle size higher than 100 nm suspended in a liquid. The terms nano silver and colloidal silver are […]
Difference Between Parabens Sulfates and Phthalates
The key difference between parabens sulfates and phthalates is that parabens are organic compounds containing an ester group and a hydroxyl group while sulfates are inorganic salts, and phthalates are diesters. Parabens and phthalates are organic compounds. These two are esters; parabens contain one ester group per molecule while phthalates contain two ester groups per […]
Difference Between ODS and BDS Column
The key difference between ODS and BDS column is that ODS column contains free –OH functional groups, whereas BDS column contains deactivated –OH groups. Reverse-phase HPLC is a chromatographic technique where we use a hydrophobic stationary phase. This stationary phase works well for the retention of most organic analytes. The mobile phase of the reverse […]
Difference Between Isomerization and Aromatization
The key difference between isomerization and aromatization is that isomerization involves the conversion of on isomer into another isomer whereas aromatization involves the conversion of an aliphatic compound into an aromatic compound. Isomerization and aromatization are important synthesis reactions in organic chemistry. These reactions involve the conversion of an existing chemical structure into a slightly […]
Difference Between Methane and Fluorinated Gases
The key difference between methane and fluorinated gases is that methane is a greenhouse gas that can be made artificially or forms naturally, whereas fluorinated gases are man-made greenhouse gases. Both methane and fluorinated gases are greenhouse gases. The greenhouse effect describes the continuous rising of atmospheric heat due to the trapping of heat that […]
Difference Between Nanocrystalline and Polycrystalline
The key difference between nanocrystalline and polycrystalline is that nanocrystalline materials are made of particles in nanometer-scale whereas polycrystalline materials are made of large particles. Materials we know can be divided into different classes depending on the particle size or by looking at their crystal grains. Nanocrystalline material and polycrystalline material are such two classes. […]
Difference Between Backbonding Hyperconjugation and Conjugation
The key difference between backbonding hyperconjugation and conjugation is their bond formation. Backbonding is the movement of electrons from an atomic orbital on one atom to an antibonding pi orbital on a ligand while hyperconjugation is the interaction of sigma bonds with a pi network, and conjugation is the overlap of pi orbitals along a sigma […]
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