The key difference between isopropyl myristate and isopropyl palmitate is that isopropyl myristate is the ester of isopropyl alcohol and myristic acid whereas isopropyl palmitate is the ester of isopropyl alcohol and palmitic acid. Both isopropyl myristate and isopropyl palmitate are ester compounds. These are organic compounds which can be categorized as fatty acids; they […]
Difference Between Nernst Potential and Zeta Potential
The key difference between Nernst potential and Zeta potential is that Nernst potential is given for a biological cell or an electrochemical cell whereas zeta potential is given for a colloidal dispersion. Nernst potential and zeta potential are terms in physical chemistry that describe the potential difference between something, e.g. the cell membrane, electrochemical cell, […]
Difference Between Natrium and Sodium
The key difference between Natrium and Sodium is that Natrium is the Latin name for the chemical element having the atomic number 11 whereas sodium is the common name for the same chemical element. Both names, Natrium and sodium, refer to the same chemical element but they are used differently; sodium is the common name […]
Difference Between Debye and Einstein Model
The key difference between Debye and Einstein model is that the Debye model treats vibrations of the atomic lattice as phonons in a box whereas Einstein model treats solids as many individual, non-interacting quantum harmonic oscillators. The terms Debye model and Einstein model are used mainly in physical chemistry, regarding the thermodynamic properties of solids. The […]
Difference Between Cyanohydrin and Nitrile
The key difference between cyanohydrin and nitrile is that cyanohydrin compounds contain a cyano group and a hydroxy group whereas nitrile compounds contain only cyano groups. Both cyanohydrin and nitrile compounds contain cyano groups (-CN functional group). These compounds have these functional groups attached to an alkyl or aryl group; thus, we can categorize them […]
Difference Between Symmetric and Asymmetric Top Molecules
The key difference between symmetric and asymmetric top molecules is that symmetric top molecules have one proper rotation axis and two moments of inertia that are equal to each other whereas asymmetric top molecules have all the principal components of the moment of inertia different from each other. The term symmetric and asymmetric top […]
Difference Between Polarography and Voltammetry
The key difference between polarography and voltammetry is that the polarography is a type of voltammetry that uses a liquid metal electrode whereas the voltammetry is an analytical technique in which the potential is varied regularly while the current is monitored. Voltammetry is an electroanalytical method which has applications in analytical chemistry and in various […]
Difference Between Supramolecular Chemistry and Molecular Chemistry
The key difference between supramolecular chemistry and molecular chemistry is that supramolecular chemistry deals with weak, reversible non-covalent interactions between molecules whereas molecular chemistry deals with laws governing the formation and breakage of chemical bonds between molecules. Chemistry is a broad subject that can be subdivided into different areas depending on the subject matter. Some […]
Difference Between Gelatinization and Retrogradation
The key difference between gelatinization and retrogradation is that gelatinization refers to the act of making or becoming gelatinous, whereas retrogradation refers to the motion in a retrograde manner. The terms gelatinization and retrogradation describe the properties of starch. Starch is a polymeric carbohydrate that consists of numerous glucose units that are joined by glycosidic […]
Difference Between Anolyte and Catholyte
The key difference between anolyte and catholyte is that anolyte is an electrolytic solution mainly containing anionic species whereas catholyte is an electrolytic solution mainly containing cationic species. Anolytes and catholytes are liquid solutions containing electrolytic ionic species such as anions and cations. These electrolytic solutions have different applications in biological systems. CONTENTS 1. Overview […]
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