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it is called IONIC compound
compound
if the atoms are of the same type then they would form an element. if the atons are not of the same type then they would be a compound. the atoms or the group of atoms join together with the help of a bond which is formed either by the donation or sharing of an electron.
Let us say you have an ionic compound such as table salt, sodium chloride. The sodium atom donates a negatively charged electron to the chlorine atom, so that both atoms can achieve a more stable electron configuration. As a result, the sodium is now a positively charged ion and the chlorine is now a negatively charged ion. Opposite charges attract (as per Coulomb's Law) and so, the oppositely charged ions attract each other, and that's why the compound stays together. Now, if it is a covalent compound such as, for example, water, then the process is different. The oxygen is sharing electrons with two hydrogen atoms. They stay together because they have to be together in order to share electrons. The stability of their electron configuration requires it.
A covalent compound is a chemical substance in which two or more elements are bonded together by sharing electrons in a definite structure and ratio. Most covalent compounds form molecules
it is called IONIC compound
By sharing electrons.
not by sharing its electron but by "giving" it to the bromine ion so it has a full outer shell of electrons. Ionic bonding.
They achieve stable configuration by sharing their electrons in their outermost shell.
compound
When two (or more atoms) join to form a compound, they actually join by sharing electrons.
The cleavage of covalent bond sharing electron are acquired by both of shared atom are known as homolytic fission
if the atoms are of the same type then they would form an element. if the atons are not of the same type then they would be a compound. the atoms or the group of atoms join together with the help of a bond which is formed either by the donation or sharing of an electron.
Let us say you have an ionic compound such as table salt, sodium chloride. The sodium atom donates a negatively charged electron to the chlorine atom, so that both atoms can achieve a more stable electron configuration. As a result, the sodium is now a positively charged ion and the chlorine is now a negatively charged ion. Opposite charges attract (as per Coulomb's Law) and so, the oppositely charged ions attract each other, and that's why the compound stays together. Now, if it is a covalent compound such as, for example, water, then the process is different. The oxygen is sharing electrons with two hydrogen atoms. They stay together because they have to be together in order to share electrons. The stability of their electron configuration requires it.
It produces new chemicals. The ions will come together to share the electrons and then a new chemical reaction will occur.
This would seem to be looking for the answer covalent substances. However, there are two types of covalent substance: molecular (e.g. sulfur) and giant covalent (e.g. diamond). Electron sharing certainly holds giant covalent lattices together, but in a molecular substance the electron sharing is only within the molecule, and the forces which hold the molecules together to make a solid are rather weaker. They may be van der Waals forces, dipole-dipole attractions, or hydrogen bonds.
a covalent bond involves the elements sharing electrons to fill outer shells rather than one element donating an electron to the other.