What Type Of Chemical Bond Holds The Atoms Together Within A Water Molecule?
What type of chemical bond holds the atoms together within a water molecule?
Answer:
POLAR COVALENT BOND
Explanation:
As a rule, a polar covalent bond is a sure class of a covalent bond. We can likewise say that polar covalent bond is the splitting line between the development of an unadulterated covalent bond and an ionic bond. Nonetheless, to characterize it all the more precisely, a polar covalent bond is a bond that exists between two particles comprising of electrons that are unevenly circulated. Because of polar covalent bond express, the atoms will quite often have some electrical dipole second wherein the two closures are either somewhat certain or negative.
Electronegativity assumes a significant part in deciding the various sorts of covalent bonding. Electronegativity is the propensity of an iota to draw in a common pair of an electron towards itself. It has no units straightforward it is an inclination. The polar covalent bond shaped between two particles in atoms whose electronegative distinction exists is known as a polar covalent bond. A polar covalent bond is a covalent bond between two molecules where the electrons framing the bond are inconsistent disseminated. Polar covalent bond makes the atom have a slight electrical dipole second where one end is somewhat certain and the other is marginally negative.
differentiate polar and nonpolar covalent bond - Brainly.ph
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