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What type of bond made when one atoms gives an electron to another?
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∙ 12y ago
ionic bond
Wiki User
∙ 12y ago
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Purely ionic bonds do not occur because the atoms that gives up an electron in such a bond?
purley ionic bonds do not occour because the atoms that gives up an electron in such a bond
What will atoms transfer one or more to another to form a bond?
electrons
What happens when one or more valence electrons are transferred from one atom to another?
This is the loaning (by one atom) and the borrowing (by another atom) of a valence electron or electrons that creates a chemical bond. This type of bond is the ionic bond where one atom loans (or gives up) and the other borrows (or takes) an electron or electrons. In the other bond type, the covalent bond, the two atoms involved share electrons.
What classifies something as Ionic or covalent?
When two atoms come together and form a bond, they can do so by either sharing electrons or by taking/donating them. When they share electrons, electron density is smeared out between the atoms. (You can think about an electron bouncing back and fourth between the atoms.) When an ionic bond forms, one atom gives up one electron to another. When an atom gives up an electron, it becomes positive, and when an atom gains an electron it becomes negative. When this happens, you end up with one positive atom and one negative atom. Just like when opposite ends of a magnet attract one another, so do the positive and negative atoms. These opposites attract and stick together.
What kind of bond has two atoms sharing an electron unequally?
A polar covalent bond. The atoms have different electronegativities.
Purely ionic bonds do not occur because the atoms that gives up an electron in such a bond?
purley ionic bonds do not occour because the atoms that gives up an electron in such a bond
What kind of bond is formed when atoms steal an electron from another atom?
An ionic bond.
What kind of bond is formed when one atoms steals an electron from another atom?
An ionic bond.
What will atoms transfer one or more to another to form a bond?
electrons
What kind of bond is formed when one atoms steals one electron from another atom?
An ionic bond.
What is formed when a atom gives up a electron?
When an atom gives up one or more electrons to another atom, an ionic bond is formed. Atoms are the basic unit of a chemical element.
When an electron is transferred from one atom to the next and the two atoms are then attracted to one another the type of bond is an?
ionic bond
What happens to a valence electron in a metallic bond?
Valence electrons in a metallic bond are delocalized and can move freely within the metal atoms. This gives metals their malleability and luster.
What kind of chemical bond is formed when atoms gain or lose electron?
Ionic bonding is when one atom gives up 1 or more electrons from its outer shell to another atom's outer shell.
A chemical bond that occurs when atoms share electron is an bond?
The bond that occurs when atoms share electrons is Ionic Bond
What happens when one or more valence electrons are transferred from one atom to another?
This is the loaning (by one atom) and the borrowing (by another atom) of a valence electron or electrons that creates a chemical bond. This type of bond is the ionic bond where one atom loans (or gives up) and the other borrows (or takes) an electron or electrons. In the other bond type, the covalent bond, the two atoms involved share electrons.
What classifies something as Ionic or covalent?
When two atoms come together and form a bond, they can do so by either sharing electrons or by taking/donating them. When they share electrons, electron density is smeared out between the atoms. (You can think about an electron bouncing back and fourth between the atoms.) When an ionic bond forms, one atom gives up one electron to another. When an atom gives up an electron, it becomes positive, and when an atom gains an electron it becomes negative. When this happens, you end up with one positive atom and one negative atom. Just like when opposite ends of a magnet attract one another, so do the positive and negative atoms. These opposites attract and stick together.
