electrons
noble gases, or inert gases they are the same thing and they are group 18 they have full valence electrons so they are unlikely to react with other elements
Cesium can react with a variety of elements but not with all of them. For example, cesium can react with elements like fluorine, chlorine, and oxygen, but it may not react with noble gases like helium and neon due to their stable electronic configurations. Overall, cesium's reactivity is limited to certain elements based on their properties and electron configurations.
Noble gases, such as helium, neon, and argon, will never react with other elements. They have a full outer electron shell, making them stable and unreactive.
Argon is the least likely in the list to react with other elements, because argon is a noble gas and none of the other elements in the list is.
Chemical Property
No, oxygen is not given off when group 1 elements react with water. Instead, these reactions typically result in the formation of hydroxide ions and hydrogen gas.
what happens to the properties of elements when they react with each other element
Neon does not react with other elements.
Stable elements do not react because they don't need to. Elements react so that they can gain stability( as stability is gained by filling the outer most shell of the atom). As stable elements already have full outer shells and are stable , they do not react.
Yes it does react strongly when bonding with other elements
Neon does not react with other elements.
There are quite a few elements that do not normally react. These elements are all found in the Noble Gas family.
Elements from the boron, carbon, pnictogen, chalcogen and halogen families (groups 13 to 17) react with metals.
Selenium react with majority of other chemical elements.
All of them tend not to react with each other until you get lower down the group
It can react with Hydrogen, Litium and some unknown elements.
Elements with high electronegativity and small size, such as oxygen and fluorine, can react with larger elements in the group with a lower electronegativity. This is because the smaller, more electronegative atoms can "pull" electrons away from the larger atoms, leading to chemical reactions.