OXYDIZE Meaning and
Definition
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Oxidize is a verb that refers to the process of combining a substance or element with oxygen, resulting in the formation of an oxide compound. This chemical reaction usually involves the loss of electrons by the substance being oxidized. The term is often used in the realm of chemistry and metallurgy to describe the corrosion or rusting of materials due to exposure to oxygen in the presence of moisture.
During oxidation, a substance or element undergoes a chemical change as it reacts with oxygen. This process can lead to various outcomes, such as the formation of a new compound, alteration of the substance's physical properties, or the release of energy. The oxidized compound, known as an oxide, is often characterized by a combination of the element with oxygen.
In everyday life, oxidation is commonly associated with the rusting or tarnishing of metals, where the metal surface undergoes a chemical transformation due to exposure to oxygen and moisture. However, oxidation can also occur in non-metallic substances. For instance, when fruits or vegetables are cut and exposed to air, the chemical reactions that take place result in the browning or discoloration of the food, which is an oxidation process.
Overall, the term "oxidize" primarily signifies the chemical reaction and combination of a substance or element with oxygen, resulting in the formation of an oxide compound or the alteration of the substance's properties.
Common Misspellings for OXYDIZE
- oxydise
- oxidise
- oxidice
- oxyde
- oxidize
- ixydize
- kxydize
- lxydize
- pxydize
- 0xydize
- 9xydize
- ozydize
- ocydize
- odydize
- osydize
- oxtdize
- oxgdize
- ox7dize
- ox6dize
- oxysize
Etymology of OXYDIZE
The word "oxidize" comes from the combination of the Greek word "oxys" meaning "acid" or "sharp" and the Latin word "dērīvāre" meaning "to split into parts". "Oxys" in Greek refers to an acid, while "dērīvāre" in Latin means "to derive" or "to cause to split". The word "oxidize" emerged in the 18th century and originally referred to the reaction of an element or compound with oxygen. Over time, its meaning expanded to encompass other reactions involving the loss of electrons or the addition of oxygen to a substance.
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