
Carbon monoxide is acidic, basic or neutral oxide? Also write the balanced equation to prepare it.
Answer
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Hint: Carbon monoxide (CO) is a flammable gas that is significantly less dense than air and is colorless, odorless and tasteless. Animals that use hemoglobin as an oxygen carrier (both invertebrate and vertebrate) when encountered in concentrations above about 35 ppm are toxic, although it is also provided in low amounts in normal animal metabolism, and are thought to have some natural biological functions. This is spatially variable and short-lived in the atmosphere, and has a role in ground-level ozone production.
Complete step-by-step answer:
Carbon monoxide does not show basic and acidic properties when they react with water. Therefore, it is neutral oxide.
A triple covalent is bound between C and O. Carbon has 4 free electrons, and no character of metal. Thus, Carbon does not appear to ionize to \[{C^{(4 + )}}\]or \[{C^{(4 - )}}\] on its own. It gives you a covalent CO bond, and therefore no ionization of any sort. A result of this is no reaction as an acid. Protons break up by acids when bases accept them.
The balanced equation: \[2CO + {O_2} \to 2C{O_2}\]
Note: Neutral oxides are none acidic or basic oxides. In other words, oxides are called neutral oxides which neither react with acids nor with bases.
Acidic oxides, or acid anhydride, are oxides that react with water to form an acid, or to form a salt with a base. They are oxides in high oxidation states, either of nonmetals or of metals.
Basic oxides are oxides that exhibit fundamental properties as opposed to acidic oxides, and that as well. The water reacts to form a base; or. Acid reacts to form salt and water that are called neutralization reactions.
Complete step-by-step answer:
Carbon monoxide does not show basic and acidic properties when they react with water. Therefore, it is neutral oxide.
A triple covalent is bound between C and O. Carbon has 4 free electrons, and no character of metal. Thus, Carbon does not appear to ionize to \[{C^{(4 + )}}\]or \[{C^{(4 - )}}\] on its own. It gives you a covalent CO bond, and therefore no ionization of any sort. A result of this is no reaction as an acid. Protons break up by acids when bases accept them.
The balanced equation: \[2CO + {O_2} \to 2C{O_2}\]
Note: Neutral oxides are none acidic or basic oxides. In other words, oxides are called neutral oxides which neither react with acids nor with bases.
Acidic oxides, or acid anhydride, are oxides that react with water to form an acid, or to form a salt with a base. They are oxides in high oxidation states, either of nonmetals or of metals.
Basic oxides are oxides that exhibit fundamental properties as opposed to acidic oxides, and that as well. The water reacts to form a base; or. Acid reacts to form salt and water that are called neutralization reactions.
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