oxygen, sulphur
An element reacts with another element by sharing electrons. The elements keep sharing electrons until both elements have a full outer shell.
Electronegativity of an element refers to its power to attract electrons towards itself. Halogens are most electronegative elements in which fluorine has the highest electronegativity value.
In group 3A elements, or elements in group 13, have only one unpaired electrons.
The number of electrons determines an element's position.
Electrons can be excited in an element by supplying energy to the molecule of the elements. Further eletrons get excited in chemical reactions
How much an element is attracted to receiving valance electrons. The more electronegative, the more it needs electrons.
An element reacts with another element by sharing electrons. The elements keep sharing electrons until both elements have a full outer shell.
The number of loosely held electrons determines the reactivity of an element. Other elements attract electrons and will react also.
There's only one neutral element with 46 electrons. It's the same element that has 46 protons. This element is palladium.
A metalloid :)
The element with 28 electrons is nickel.
Electronegativity of an element refers to its power to attract electrons towards itself. Halogens are most electronegative elements in which fluorine has the highest electronegativity value.
When the element bonds with another element it accepts electrons (it does not give them away) and becomes negatively charged.
In group 3A elements, or elements in group 13, have only one unpaired electrons.
Valence Electrons are the outermost electrons in an element and they are used for bonding with other elements.
Non-metals gain electrons.
Yes, Elements are identified by the amount of electrons it has. Even isotopes are elements are still recognised by their amount of electrons. For example if you had a question: what element has 2 more electrons that Carbon? Carbon has 6 electrons, so 2 more would be 8. That would mean the element would therefore be Oxygen