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(Solved): Assuming that the octet rule is obeyed, write out the electron configuration for the ion formed by ...




Assuming that the octet rule is obeyed, write out the electron configuration for the ion formed by the element sodium, Na.
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Assuming that the octet rule is obeyed, write out the electron configuration for the ion formed by the element fluorine, \( F
A monatomic ion with a charge of \( -2 \) has an electronic configuration of \( 1 s^{2} 2 s^{2} 2 p^{6} \).
This ion is \( a(
Assuming that the octet rule is obeyed, write out the electron configuration for the ion formed by the element sodium, Na. This ion is a(n) with a charge of and has the same electron configuration as the noble gas Assuming that the octet rule is obeyed, write out the electron configuration for the ion formed by the element fluorine, . This ion is a(n) with a charge of and has the same electron configuration as the noble gas A monatomic ion with a charge of has an electronic configuration of . This ion is It has the same electron configuration as the noble gas The symbol for the ion is:


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1. Na has 1 valence electron. It can obtain octet in its outermost orbital if it looses one electron and become Na+. So, its electron configuration is
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