Metals for example. Hydrogen. Good donors are members of group 15, 16, 17.
a coordinate covalent bond is formed by shearing of pair of electron in which one element work as DONNER and give to another element who works as ACCEPTOR and take one pair of electron to form coordinate covalent bond example NH4Cl a covalen bond is that in which mutual shearing of electron is done
single
carbon
Because they are all have the same amount of outer electron or covalent electron or charge.
Electrons are transferred from one element to another. when electrons are shared this is a covalent bond.
a coordinate covalent bond is formed by shearing of pair of electron in which one element work as DONNER and give to another element who works as ACCEPTOR and take one pair of electron to form coordinate covalent bond example NH4Cl a covalen bond is that in which mutual shearing of electron is done
by the donation of electron pairs from one element to other element
single
carbon
This would be the electron. Chemical bonds involve one of two main types of bonding. These are ionic, where one element gives an electron to another element that needs it to fill its outer shell, or where 2 elements share an electron (or more than 1) each to fill the shell (covalent bonding).
This would be the electron. Chemical bonds involve one of two main types of bonding. These are ionic, where one element gives an electron to another element that needs it to fill its outer shell, or where 2 elements share an electron (or more than 1) each to fill the shell (covalent bonding).
This would be the electron. Chemical bonds involve one of two main types of bonding. These are ionic, where one element gives an electron to another element that needs it to fill its outer shell, or where 2 elements share an electron (or more than 1) each to fill the shell (covalent bonding).
No. A cation is the element becoming ion that donates an electron to an ionic bond( generally metals ). Covalent bonds are shared electron bonds.
First, a coordinate bond IS a covalent bond, but one in which both electrons are provided by one element. In nitrogen monoxide (NO), there is a double bond between N and O, such as in N=O and each element contributes 2 electrons to this, so it would be considered a coordinate bond.
It's not an element, it's an electron.
Mostly Nitrogen (having three simple covalent bonds) uses its lone pair of electrons to form the 4th covalent bond (actually coordinate covalent or dative bond).
Because they are all have the same amount of outer electron or covalent electron or charge.