Name One Compound Which Has Oxygen Possesing Oxidation Number +2



The answer to this question is NO2.

Answer to this question is

The oxidation number of oxygen is +2.

Oxygen is the most electronegative element, it has a very strong tendency to gain electrons. NO2 is an example of an oxygen compound with oxidation number +2. The oxygen atom in NO2 has gained two electrons and therefore, it has an oxidation number of +2 which means that there are two more electrons on its outer shell than in its core.


NO2 is a compound that has oxygen possessing oxidation number +2.


  • Compounds with oxidation number +2:
  • Aromatic compounds have this oxidation number. Examples include benzene, toluene and xylene.
  • Oxygen-containing acids have this oxidation state too. These include hydrogen peroxide (HOOH) and ozone (O3). In fact, all organic compounds can be classified as acidic or basic based on their ability to donate electrons in solution–or whether they accept them from other molecules like water or alcohols–and thus fit into one of these two categories!

Oxygen has oxidation number of -2 in NO2.

Answers ( 2 )


    Name One Compound Which Has Oxygen Possesing Oxidation Number +2

    When it comes to compounds with oxidation numbers exceeding 2, few can top oxygen. In fact, it’s the most common element on Earth and makes up about 22% of the atmosphere. This means that oxygen is omnipresent and has a lot of potential to wreak havoc in our world if we’re not careful. In this blog post, we will explore some of the ways in which oxygen can damage both the environment and our bodies. We will also highlight some compounds which contain oxygen with an oxidation number of 2 and why they are so dangerous.

    What is an Oxidation Number?

    An oxidation number is a numeric value that indicates the degree of oxidation in an organic compound. Compounds with an oxidation number of 0 are not oxidized, while those with an oxidation number of 11 are fully oxidized.

    What are the Properties of an Oxidation Number +2 Compound?

    Oxidation numbers are a way of classifying compounds according to the level of oxidation they undergo. Compounds with a higher oxidation number are more oxidized than those with a lower oxidation number. This means that they have undergone more chemical reactions, and their molecules are more complex. Some compounds with an oxidation number +2 are more reactive than others, and can be dangerous if not handled correctly.

    Some examples of compounds with an oxidation number +2 include nitric acid (HNO3), peroxide (O3), and ozone (O3). All of these compounds are highly reactive, and should be handled with care if they’re going to be used in any kind of laboratory experiment. Peroxide is especially dangerous because it can easily create fire if it’s mixed with other chemicals.

    How to Obtain an Oxidation Number +2 Compound?

    If you want to obtain an oxidation number of a compound, you will need to know its empirical formula. Additionally, the compound must have an oxidation number greater than zero. To find a compound’s oxidation number, divide the element’s symbol by the sum of all of its ionic charges. For example, aluminum has an oxidation number of 6 because it has a metal symbol (Al) and six positive ions (6+6=12). Some common compounds with an oxidation number +2 include manganese dioxide (MnO 2 ), iron oxide (Fe 2 O 3 ), and copper sulfate (CuSO 4).


    There is no single compound which has oxygen possessing oxidation number +2, but there are a few that have similar features. These compounds include sulfur-containing molecules, organics that contain free radicals, and metals with high amounts of oxidation states. It is important to remember that not all compounds with these features are harmful, and some can even be beneficial if used in the right way. If you want to learn more about these compounds and their effects on the body, visit a health professional or research online.


    Oxygen is a highly reactive element that can form bonds with many other elements to create a wide range of compounds. One such compound is hydrogen peroxide, which contains two oxygen atoms with an oxidation number of -1 and has a formula of H2O2. However, there are also several other compounds where oxygen possesses an oxidation number of 2.

    One such example is calcium oxide (CaO), also known as quicklime. This compound consists of one calcium atom and one oxygen atom, and the oxidation state of the oxygen in this molecule is 2-. Calcium oxide is commonly used in agriculture, construction, and chemical manufacturing industries.

    Another example is potassium permanganate (KMnO4), which contains four oxygen atoms with an oxidation number of -2 each, except for one that has an oxidation number of 0.

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