How does the development of a covalent bond lower the potential energy of the two atoms in the bond? ideas How walk the development of a covalent bond lower the potential power of the two atoms in the bond?

A)Forming a covalent bond move an electron indigenous a steel to a nonmetal, which creates a favorable interaction in between the resulting ions.

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B)The shortest potential energy occurs when the 2 nuclei room an optimum street apart indigenous one one more so the they don"t repel every other.

C)The potential energy is lower when the valence electrons lie in in between the positively charged nuclei than when they room close to just one nucleus.

D)Forming a covalent shortcut releases electrons from the atoms, i beg your pardon lowers the potential energy of the atoms.

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Part A Constants | routine Table finding out Goal: To usage electronegativity or metal versus nonmetal share to differentiate covalent, polar covalent, and also ionic bonds. Think about the following facet combinations. Divide the bond formed in between each pair together ionic, polar covalent, or nonpolar covalent based exclusively on each element"s position on the regular table. Drag the appropriate items come their particular bins. » Viow easily accessible Hint(s) Reset aid When 2 bonded atoms attract electrons with equal strength, the result is a nonpolar covalent bond. A polar covalent shortcut is one in i m sorry the electrons space unequally shared between the atoms. An ionic link results once the share is for this reason unequal that fully charged ion form. OOOOOOOO Electronegativity difference can be supplied to predict link type. One technique to share bonds based upon this distinction can be explained as follows. If the electronegativities different by less than 0.4 units, the bond can be classified as nonpolar covalent. If the difference is between 0.4 and 2.0 units, the link is classified as polar covalent, and if the difference is more than 2.0 units, the shortcut is significantly ionic. Ionic Polar covalent Nonpolar covalent If you are not given electronegativity values, you can still predict the bond type using the routine table. Metals have actually low electronegativity compared to nonmetals. For this reason in general, we have the right to predict that any type of metal-nonmetal combination will it is in ionic and also any nonmetal-nonmetal combination will it is in covalent. If electronegativity values aren"t given, you should assume the a covalent bond is polar unless it is in between two atoms of the same element. Cuca Mg-N Ca-0 pa # PP FE s.81

Order the atom in every of the complying with sets indigenous the least negative electron affinity come the most.