The key difference between coordination number and oxidation number is that coordination number is the number of ligands attached to the metal centre of a coordination compound, whereas oxidation number is the charge of the central atom if we remove all the ligands and electron pairs around it. We encounter the two terms, coordination number […]
Difference Between Silane and Siloxane
The key difference between silane and siloxane is that silane is a chemical compound while siloxane is a functional group in organosilicon. Silane and siloxane are silicone-containing compounds. Both these materials are important as sealers. Here, silane sealer tends to penetrate deep for below surface protection while siloxane sealer works on the surface for water […]
Difference Between Moissanite and Morganite
The key difference between moissanite and morganite is that the moissanite is colourless, whereas the morganite has a peachy pink colour. Moissanite and morganite are important in making different jewellery. These are gemstones and are good alternatives for diamonds. CONTENTS 1. Overview and Key Difference 2. What is Moissanite 3. What is Morganite 4. Side by Side […]
Difference Between Lanthanide Contraction and Actinide Contraction
The key difference between lanthanide contraction and actinide contraction is that actinide contraction is greater than lanthanide contraction. The term “contraction” in lanthanide contraction and actinide contraction refers to “the decrease in size” with increasing the atomic number. Therefore, lanthanide contraction is the decrease in size of an atom of a lanthanide with respect to the […]
Difference Between Muscovite and Biotite
The key difference between muscovite and biotite is that muscovite contains mainly potassium and aluminium, while biotite mainly contains potassium and magnesium. Muscovite and biotite are phyllosilicate minerals. They have many similarities, as well as some differences. Sometimes we call muscovite as “white mica” and biotite as “black mica”. CONTENTS 1. Overview and Key Difference […]
Difference Between Phosphorus and Alkaline Phosphatase
The key difference between phosphorous and alkaline phosphatase is that the phosphorus is a chemical element, whereas the alkaline phosphatase is an enzyme. Phosphorous is a chemical element having the symbol P while alkaline phosphatase is an enzyme that contains phosphorous and is important in hydrolyzing phosphate esters. Therefore, these are two different terms in […]
Difference Between Rate Zonal and Isopycnic Centrifugation
The key difference between rate zonal and isopycnic centrifugation is that rate zonal centrifugation is important in separating particles that differ in size but not in their density, whereas isopycnic centrifugation is important in separating particles that differ in density but not in their size. Centrifugation is an analytical technique we can use to separate […]
Difference Between Inner and Outer Sphere Mechanism
The key difference between inner and outer sphere mechanism is that the inner sphere electron transfer occurs between complexes via bridging ligands, whereas the outer sphere electron transfer mechanism occurs between complexes that do not undergo substitution. Inner sphere and outer sphere electron transfer mechanisms are two limiting mechanisms of electron transfer. These mechanisms describe […]
Difference Between Bulk Deformation and Sheet Metal Forming
The key difference between bulk deformation and sheet metal forming is that in bulk deformation, the work parts have a low area to volume ratio whereas, in sheet metal forming, the area to volume ratio is high. Deformation processes are important in transforming one shape of a solid material into another shape. Usually, the initial […]
Difference Between Covalent Radius and Metallic Radius
The key difference between covalent radius and metallic radius is that the covalent radius is half the distance between two homonuclear atoms that are in a covalent bond, whereas the metallic radius is half the distance between two adjacent metal ions in a metallic structure. Both covalent radius and metallic radius are half the distances […]
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