It is not dependent on the number of electrons in the valence shell It is

It is not dependent on the number of electrons in the

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It is not dependent on the number of electrons in the valence shell. It is dependent on the nuclear charge. The stronger the charge is, the more tightly the atom can hold electrons.Therefore, the decreasing order of ionization is F (Fluorine), N (Nitrogen), P (Phosphorus).3/46.Cl (Chlorine) has two core levels and a valence level containing 7 electrons. F (Fluorine) has one core level and a valence level containing 7 electrons. Al (Aluminum) has two core levels and a valence level containing 3 electrons. Therefore, the decreasing order of electronegativity is F (Fluorine), Cl (Chlorine), Al (Aluminum). The order is correct, but how does the number of energy levels affect an atom’s ability to hold on to electrons? Also, it is the charge of the nucleus that affects the ability of an atom to attract an electron, not the number of electrons in the valence shell.2/47.Rb (Rubidium) has four core levels and a valence level containing 1 electron. Na (Sodium) has two core levels and a valence level containing 1 electron. Mg (Magnesium) has two core levels and a valence level containing 2 electrons. Chemical reactivity is also dependent on the number of levels in the atom and the number of electrons in the valence level. Howdoes it depend on
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these factors? Also, it doesn’t depend on the number of electrons in the valence shell, but the
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