The electronegativity differences between metals and most nonmetals are high. Therefore, the bonds have an ionic character. This makes sense with respect to ionization energy and electron affinity; the metal atoms are willing to lose electrons, and the nonmetal atoms are willing to gain them.
The electronegativity differences between metals and most nonmetals are high. Therefore, the bonds have an ionic character. This makes sense with respect to ionization energy and electron affinity; the metal atoms are willing to lose electrons, and the nonmetal atoms are willing to gain them.
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Answer:
The electronegativity differences between metals and most nonmetals are high. Therefore, the bonds have an ionic character. This makes sense with respect to ionization energy and electron affinity; the metal atoms are willing to lose electrons, and the nonmetal atoms are willing to gain them.
Answer:
The electronegativity differences between metals and most nonmetals are high. Therefore, the bonds have an ionic character. This makes sense with respect to ionization energy and electron affinity; the metal atoms are willing to lose electrons, and the nonmetal atoms are willing to gain them.