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Do nonmetal donate or accept electrons?
If a non-metal combines with a metal, then the metal will donate electrons and the non-metal will accept electrons. An ionic bond is the result to form an ionic compound. If the non-metal combines with another non-metal, then both will share the electrons resulting in the formation of a covalent bond between them. The molecule is known as covalent compound.
Does germanium gain or lose electrons?
Germanium typically gains or loses electrons to achieve a stable electron configuration. It can either accept or donate electrons to fill its outermost electron shell. Germanium most commonly forms covalent bonds by sharing electrons with other atoms.
What loses electrons when bonding?
Atoms that are less electronegative tend to lose electrons when bonding with atoms that are more electronegative. This is because less electronegative atoms have a lower attraction for electrons, making it easier for them to donate electrons to form a stable bond.
What happens when two atoms combined?
A new chemical compound is made
The union between atoms by the interaction of their electrons in the outermost orbit?
This is called a chemical bond, where atoms share, donate, or accept electrons in their outermost orbit to achieve a more stable electron configuration. The most common types of chemical bonds are ionic, covalent, and metallic bonds.
What type of bond if formed if atoms donate electrons to other atoms when the elements are combined?
Cations donate atoms to form an ionic bond.
Do nonmetal donate or accept electrons?
If a non-metal combines with a metal, then the metal will donate electrons and the non-metal will accept electrons. An ionic bond is the result to form an ionic compound. If the non-metal combines with another non-metal, then both will share the electrons resulting in the formation of a covalent bond between them. The molecule is known as covalent compound.
What type of bond is formed if atoms donate electrons to other atoms when the elements are combined?
Cations donate atoms to form an ionic bond.
Why should donor atoms donate the electrons?
Donor atom should donate the electrons to get into a stable state... and sometimes to form an ionic compound..
The simultaneous attraction electrons for the nuclei of two or more atoms is a chemical?
The simultaneous attraction of electrons for the nuclei of two or more atoms is known as a chemical bond. This bond is formed when atoms share, donate, or accept electrons to achieve a more stable electron configuration. Different types of chemical bonds include covalent, ionic, and metallic bonds.
Does germanium gain or lose electrons?
Germanium typically gains or loses electrons to achieve a stable electron configuration. It can either accept or donate electrons to fill its outermost electron shell. Germanium most commonly forms covalent bonds by sharing electrons with other atoms.
If chlorine (nonmetal) has seven valence electrons while barium (metal) has two to donate how many chlorine atoms are needed to form an ionic bond with barium?
Two atoms of chlorine are needed, one to accept each of the barium electrons in an ionic compound, barium chloride (BaCl2).
What loses electrons when bonding?
Atoms that are less electronegative tend to lose electrons when bonding with atoms that are more electronegative. This is because less electronegative atoms have a lower attraction for electrons, making it easier for them to donate electrons to form a stable bond.
What happens when two atoms combined?
A new chemical compound is made
The union between atoms by the interaction of their electrons in the outermost orbit?
This is called a chemical bond, where atoms share, donate, or accept electrons in their outermost orbit to achieve a more stable electron configuration. The most common types of chemical bonds are ionic, covalent, and metallic bonds.
Why do negative ions form?
Negative ions are formed when atoms accept electrons.
What is the deffintion for acid?
Acid:A compound that can donate a proton or accept a pair of electrons to form a covalent bond with a base
