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The substance Cl2O is known as dichlorine monoxide. This name is derived from the formula; chlorine has the prefix "di" because there are two chlorine elements and oxide has the prefix "mono" because there is one oxygen atom.
The chemical formula of dichlorine monoxide is Cl2O - 2 is a subscript.
Fluorine is more electronegative than oxygen, so it's named as the anion. Chlorine is less electronegative than oxygen, so it's named as the cation.
cobalt(II) iodide
Yes, they're the same, called dichlorine monoxide (Cl2O), dichlorine oxide, chlorine(I) oxide, also known as oxygen dichloride (OCl2). The oxidation value of Cl in hypochlorous oxide is +1. It is the anhydride of HOCl, hypochlorous acid (bleach)
The substance Cl2O is known as dichlorine monoxide. This name is derived from the formula; chlorine has the prefix "di" because there are two chlorine elements and oxide has the prefix "mono" because there is one oxygen atom.
The chemical formula of dichlorine monoxide is Cl2O - 2 is a subscript.
Fluorine is more electronegative than oxygen, so it's named as the anion. Chlorine is less electronegative than oxygen, so it's named as the cation.
The formula Cl2O7 is dichlorine heptoxide, a chemical compound. The boiling point of dichlorine heptoxide is 179.6 degrees Fahrenheit, which is 82 degrees Celsius.
cobalt(II) iodide
Yes, they're the same, called dichlorine monoxide (Cl2O), dichlorine oxide, chlorine(I) oxide, also known as oxygen dichloride (OCl2). The oxidation value of Cl in hypochlorous oxide is +1. It is the anhydride of HOCl, hypochlorous acid (bleach)
No, however, heated carbon monoxide will readily bond with oxygen to remove it from ores but it not "flammable".
Chlorine Dioxide.It is a covalently bonded atom, therefor it uses prefixes.I believe the question is referring to an ion, therefore the correct name is the chlorite ion.
Pollution can affect the atmosphere, more specifically the Ozone layer, because CFC's (chlorofluorocarbons) and other chemicals react with the Ozone (O3) and turn into Chlorine monoxide (ClO) and an oxygen molecule (O2) which then starts the deterioration of the Ozone layer. Chlorine monoxide then reacts with an oxygen atom (O) and create a chlorine atom and an oxygen molecule (O2). The chlorine atom can then react with another Ozone molecule (O3) to form Chlorine monoxide (ClO) and an Oxygen molecule (O2) and the cycle continues.
No Yes. It is possible although it would require considerable energy and pressure. NO: Hydrochloric acid could NOT be converted into perchlorate acid H2ClO4. HClO4, HClO3 (1.46 V), Cl2 (1.36 V) and even HClO (1.63 V) are stronger oxidants (higher electro-potential) than Oxygen in acid environment (1.23 V), so they cannot be formed by oxygen as oxidant.
Free oxygen atoms can replace the chlorine in chlorine monoxide, releasing a free atom of chlorine which can then recombine with an oxygen atom in ozone, destroying more ozone.
the uv rays will hit the cfc molecule and chlorine atom breaks awaythe chlorine atom hits the ozone molecule and forms a molecule of oxygen and a molecule of oxygen and a molecule of oxygen and a molecule of chlorine monoxide.an oxygen atom hits the chlorine monoxide and forms a molecule of oxygen leaving the chlorine atom.now the chlorine atom is free to its depletion.one chlorine atom is good enough to dameage millions of ozone.