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Questions and Answers
Which element from Group 16 is typically found in grayish metal form and useful in semiconductors?
Which element from Group 16 is typically found in grayish metal form and useful in semiconductors?
Which element among Group 16 is one of the most radioactive and extremely rare in nature?
Which element among Group 16 is one of the most radioactive and extremely rare in nature?
What state does Tellurium primarily exist in at normal temperatures?
What state does Tellurium primarily exist in at normal temperatures?
Which element in Group 16 starts as a red-hot liquid when heated?
Which element in Group 16 starts as a red-hot liquid when heated?
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Among Group 16 elements, which one is denoted by the symbol Rn?
Among Group 16 elements, which one is denoted by the symbol Rn?
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Which Group 16 element is primarily used in specialized technology development?
Which Group 16 element is primarily used in specialized technology development?
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Which element in Group 16 has the atomic number 8?
Which element in Group 16 has the atomic number 8?
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What is the common family to which all the elements in Group 16 belong?
What is the common family to which all the elements in Group 16 belong?
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In what physical states can sulfur be found naturally?
In what physical states can sulfur be found naturally?
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What is the symbol for Selenium?
What is the symbol for Selenium?
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Where does Oxygen appear in the periodic table relative to noble gases and halogens?
Where does Oxygen appear in the periodic table relative to noble gases and halogens?
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Which Group 16 element is known as the Radon group?
Which Group 16 element is known as the Radon group?
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Study Notes
Elements of Group 16
Group 16 is also known as the Radon group because it contains six elements whose atomic numbers range from 70 to 86. These elements have similar chemical properties due to having similar electron configurations. They all belong to the chalcogen family, which includes oxygen, sulfur, selenium, tellurium, polonium, and radon. The common characteristics shared by these elements include their ability to form strong bonds with other atoms, such as covalent, ionic, metallic, intermolecular forces, hydrogen bonding, etc., and they usually exist in combination with metals and nonmetals. Here's more information about each element within Group 16:
Oxygen (O)
The first member of this group, oxygen has the symbol O and atomic number 8. It occurs naturally in three isotopes — ({}^{16})O, ({}^{17})O, and ({}^{18})O — and is available as solid, liquid, and gas phases under different conditions. In the periodic table, it appears below the noble gases and above the halogens.
Sulfur (S)
With its symbol S and atomic number 16, sulfur comes second in the series. A yellow crystalline substance, sulfur exists naturally in several forms like rhombic, monoclinic, microcrystalline, plastic, and amorphous. Like oxygen, it can be found in various states including solids, liquids, plastics (for example, rubber), and gases.
Selenium (Se)
This member of the group has a symbol Se and atomic number 34. Its physical state varies according to temperature; it starts out as a colorless powder that melts into a light brown viscid mass when heated, and finally becomes red-hot liquid. At normal temperatures, it exhibits electrical conductivity.
Tellurium (Te)
Tellurium, represented by Te and atomic number 52, differs significantly from other members of Group 16. While it is typically found in grayish metal form, it often incorporates irregularly shaped crystal structures containing amalgamations of atoms. This property makes it useful in semiconductors, specifically iodized salt.
Polonium (Po)
Polonium denotes Po in symbols and atomic number 84. Although it was discovered relatively recently compared to other elements, it's one of the most radioactive among those of Group 16. Polonium is extremely rare in nature and is primarily used in specialized technology development.
Radon (Rn)
Lastly, there is radon, denoted Rn and having atomic number 86. As a highly toxic, heavy gas, it is very rarely encountered outside of controlled environments where it serves important scientific purposes.
In summary, the elements of Group 16 exhibit distinctive chemical properties that make them valuable components in diverse industries ranging from medicine and chemistry to materials science and environmental conservation. Each of these elements plays vital roles in our daily lives through applications in everyday consumer goods as well as cutting-edge technological advancements.
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Description
Test your knowledge about the six elements in Group 16 of the periodic table, including Oxygen, Sulfur, Selenium, Tellurium, Polonium, and Radon. Learn about their physical and chemical properties, atomic numbers, and unique characteristics.