The key difference between selenium and tellurium is that selenium is a non-metal, whereas tellurium is a metalloid. Selenium and tellurium are chemical elements in the p-block of the periodic table. Tellurium is a metalloid and selenium is also sometimes considered as a metalloid, but it is actually a non-metal. Both these are in the […]
Difference Between Sulfur Hexafluoride and Disulfur Tetrafluoride
The key difference between sulfur hexafluoride and disulfur tetrafluoride is that sulfur hexafluoride has chemical bonds with equal bond lengths, but disulfur tetrafluoride has chemical bonds with different bond lengths. Sulfur hexafluoride and disulfur tetrafluoride are inorganic compounds. Both contain sulfur and fluorine atoms in different connectivity and spatial arrangements. However, not only their chemical […]
Difference Between Arsenic and Arsine
The key difference between arsenic and arsine is that arsenic is a chemical element, whereas arsine is a chemical compound. Arsine is a gaseous chemical compound that originates from the combination of arsenic and hydrogen atoms. Arsenic usually exists as a metalloid in room temperature, while arsine is a gas that is flammable and toxic. […]
Difference Between Rydberg and Balmer Formula
The key difference between Rydberg and Balmer formula is that Rydberg formula gives the wavelength in terms of the atomic number of the atom whereas Balmer formula gives the wavelength in terms of two integers – m and n. Rydberg and Balmer’s formulas are important in determining the wavelength of photons emitted from the electron […]
Difference Between Natural and Artificial Transmutation
The key difference between natural and artificial transmutation is that natural transmutation is the radioactive decay that occurs in the core of stars. Whereas, artificial transmutation is the conversion of an element into another element artificially. Transmutation is the change in the atomic nuclei, which leads to the conversion of a chemical element into a […]
Difference Between Crown Ethers and Cryptands
The key difference between crown ethers and cryptands is that crown ethers are cyclic structures containing ether groups. But, cryptands are either cyclic or non-cyclic structures containing ether groups and nitrogen atoms. Crown ethers and cryptands are organic compounds. These are complicated structures and are mostly cyclic compounds. They have similar structures, but cryptands are […]
Difference Between Imine and Schiff Base
The key difference between imine and Schiff base is that an imine is an organic molecule containing a carbon-nitrogen double bond with three alkyl or aryl groups attached to it. Meanwhile, Schiff base is a sub-class of imine containing carbon-nitrogen double bond attached with only alkyl or aryl groups (no hydrogen atom attached). Imines are […]
Difference Between Protium and Deuterium
The key difference between protium and deuterium is that protium has no neutrons in its atomic nucleus, whereas deuterium has one neutron. Protium and deuterium are isotopes of hydrogen. Therefore, they differ from each other according to the number of neutrons present in their atomic nuclei. Hydrogen contains one proton in the atomic nucleus: thus, […]
Difference Between Azo and Diazo
The key difference between azo and diazo is that the term azo refers to the presence of N=N group, whereas the term diazo refers to the presence of an azo group at the terminal of an organic compound. Azo and diazo are two terms we can find in the field of organic chemistry. The term […]
Difference Between Pyridine and Pyrimidine
The key difference between pyridine and pyrimidine is that pyridine structure resembles the structure of benzene with one methyl group replaced by a nitrogen atom, whereas pyrimidine structure, though it too resembles the structure of benzene, has two methyl groups replaced by nitrogen atoms. Pyridine and pyrimidine are organic compounds. These are named as heterocyclic […]
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