Selenium is an element. It is in the p block.
Selenium is a naturally occurring element and nutrient that can be found in the soil and water. It is not a synthetic compound, but it can also be produced synthetically for various industrial and commercial applications.
Selenium chloride (SeCl4) is the compound formed from selenium and chlorine. It is a yellowish-red liquid with a pungent odor.
Chlorine, oxygen, and selenium can combine in various ways to form different chemical compounds. One notable compound that can be formed is selenium oxychloride (SeOCl2), which consists of selenium, oxygen, and chlorine. Additionally, they can participate in reactions to form other compounds depending on the conditions and proportions of each element used. However, they do not form a simple binary compound together.
No, selenium is a chemical element found on the periodic table with the atomic number 34 and symbol Se. It is a non-metal element that can exist in various forms, such as pure elemental selenium or in compounds with other elements.
Barium Selenide ---> Ba2+Se2- ---> BaSe
Selenium is a chemical element.
Selenite is not an element. It is a mineral composed of calcium sulfate, which is a compound made up of calcium, sulfur, and oxygen atoms. The chemical formula for selenite is CaSO4·2H2O.
Selenium is a naturally occurring element and nutrient that can be found in the soil and water. It is not a synthetic compound, but it can also be produced synthetically for various industrial and commercial applications.
Selenium is a natural element.
The compound SeF2 is known as selenium difluoride.
The name of the covalent compound SeO2 is selenium dioxide.
The compound SeF4 is called selenium tetrafluoride.
It is a compound, not an element. N4Se4 is tetranitrogen tetraselenide
Selenium chloride (SeCl4) is the compound formed from selenium and chlorine. It is a yellowish-red liquid with a pungent odor.
Selenium is a chemical element.
Sodium selenide is a compound formed between sodium and selenium.
Chlorine, oxygen, and selenium can combine in various ways to form different chemical compounds. One notable compound that can be formed is selenium oxychloride (SeOCl2), which consists of selenium, oxygen, and chlorine. Additionally, they can participate in reactions to form other compounds depending on the conditions and proportions of each element used. However, they do not form a simple binary compound together.