Occurrence of Group 16 Elements

  • The element oxygen is the most prevalent in nature. As silicates and other compounds such as carbonates, oxides, and sulphates, it contributes 20.946 percent of the volume of air and 46.6 percent of the earth’s crust by mass.
  • The vast majority of oxygen in the air is produced by photosynthesis in plants. It can also be present in the form of ozone.
  • Sulphur is the sixteenth most common element on the planet. Sulphur is present in ore in its mixed condition.
  • Sulphate ores include gypsum CaSO4.2H2O, Epsom salt MgSO4.7H2O, and barytes BaSO4.
  • Sulphide ores include galena (PbS), zinc blende (ZnS), and copper pyrites (CuFeS2).
  • Sulphur may also be present in mustard, eggs, seeds, onion, wool, garlic, and hair, among other biological compounds.
  • Sulphide ores contain metal selenides and tellurides of selenium and tellurium.
  • Selenium occurs in Earth’s Crust in traces 90 parts per Billion.
  • Tellurium occurs in 0.001 parts per million.
  • Polonium is a radioactive element that occurs in nature.

Group 16 Elements

Group 16 Elements refer to those elements which are arranged in the 16th group of the Modern Periodic Table. Group 16 accommodates five elements in total from the second to sixth period. If we carefully observe the periodic table, we find that in the case of Group 16 Elements, the last electrons enter the p-orbital and hence the Group 16 Elements are also called p-block elements. Also, Group 16 is located on the left side of the periodic table. Group 16 Elements are primarily non-metal in nature. The p-block extends from Group 13 to Group 18. The p-block does not include helium, which is found at the top of column 8A. The p orbital can only store six electrons, which is why the p-block has six columns. The p-block is the only block that contains all three categories of elements: metals, nonmetals, and metalloids, and it has the greatest diversity of elements. In this article, we will learn about the Group 16 Elements, their electronic configuration and properties in detail.

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What are Group 16 Elements?

The elements that belong to the 16th Group in the Modern Periodic Table are called Group 16 Elements. There are Five Elements in Group 16, these are Oxygen, Sulphur, Selenium, Tellurium and Polonium. The Group 16 Elements are p-block elements as the last electrons enter the p-block. Group 16 Elements are known as Chalcogens because the ores the Copper (Greek Name ‘Chalkos’) are in the form of Oxide or Sulfide with traces of Selenium and Tellurium in it....

Occurrence of Group 16 Elements

The element oxygen is the most prevalent in nature. As silicates and other compounds such as carbonates, oxides, and sulphates, it contributes 20.946 percent of the volume of air and 46.6 percent of the earth’s crust by mass. The vast majority of oxygen in the air is produced by photosynthesis in plants. It can also be present in the form of ozone. Sulphur is the sixteenth most common element on the planet. Sulphur is present in ore in its mixed condition. Sulphate ores include gypsum CaSO4.2H2O, Epsom salt MgSO4.7H2O, and barytes BaSO4. Sulphide ores include galena (PbS), zinc blende (ZnS), and copper pyrites (CuFeS2). Sulphur may also be present in mustard, eggs, seeds, onion, wool, garlic, and hair, among other biological compounds. Sulphide ores contain metal selenides and tellurides of selenium and tellurium. Selenium occurs in Earth’s Crust in traces 90 parts per Billion. Tellurium occurs in 0.001 parts per million. Polonium is a radioactive element that occurs in nature....

Trends in Group 16 Elements

Electronic Configuration of Group 16 Elements- Group 16 elements have six electrons in their valence shell and have the basic electrical structure ns2np4....

Allotropy of Group 16 Elements

Allotropy refers to the different forms of elements which have different physical properties but similar chemical properties. The allotropes for Group 16 Elements are discussed below:...

Oxidation States of Group 16 Elements

The outer shell configuration of group 16 elements is ns2np4, and they can acquire noble gas configuration by acquiring two electrons, producing the M-2 ion, or by sharing two electrons, establishing two covalent bonds. As a result, both negative and positive oxidation states are represented by these elements. The oxidation states of the elements in group 16 are 2, +2, +4, and +6....

Anomalous Behaviour of Oxygen

The attributes of the group’s major element differ from those of the other components in general. The characteristics of oxygen are distinct from those of the other elements in the group. The extraordinary qualities of oxygen are attributed to Because of the following factors:...

Physical Properties of Group 16 Elements

The Physical Features of Group 16 Elements are mentioned below:...

Chemical Properties of Group 16 Elements

The chemical Properties of Group 16 Elements are mentioned below:...

Uses of Group 16 Elements

Steel, plastics, and textile manufacture, steel and other metal brazing, welding, and cutting, rocket propellant, oxygen therapy, and life support systems in aeroplanes, submarines, spaceflight, and diving are all frequent applications of oxygen. Sulphur is used as a fungicide, insecticide, and fumigant, as well as in the production of black gunpowder, matches, and fireworks. It is also used in the vulcanization of rubber and as a fungicide, insecticide, and fumigant. Selenium is utilised in the manufacture of ceramic, paint, and plastic pigments. It’s used in photovoltaic cells, solar cells, and photocopiers. Tellurium is used in rubber vulcanization, glass and ceramic tinting, solar cells, rewritable CDs and DVDs, and as an oil refining catalyst. Polonium has just a few applications, all of which are connected to its radioactivity: space probe heaters, antistatic devices, neutron and alpha particle producers, and poison, to name a few....

FAQs on Group 16 Elements

1. What are Group 16 Elements Called?...