1. (a) Illustrate an electron orbital diagram of subshell combination when n = 2. (b) Give an electron configuration for the following ions: i) Y+ ii) Se?- (c) Explain the ionic bond by illustrating the formation ions of lithium bromide compound. (d) Calculate the force of attraction between a Mg and an O ion whose centres are separated by a distance 1.3 nm.

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1. (a) Illustrate an electron orbital diagram of subshell combination when n = 2.
(b) Give an electron configuration for the following ions:
i) Y3+
ii) Se?-
(c) Explain the ionic bond by illustrating the formation ions of lithium bromide compound.
(d) Calculate the force of attraction between a Mg and an oʻ ion whose centres are separated by
a distance 1.3 nm.
Transcribed Image Text:1. (a) Illustrate an electron orbital diagram of subshell combination when n = 2. (b) Give an electron configuration for the following ions: i) Y3+ ii) Se?- (c) Explain the ionic bond by illustrating the formation ions of lithium bromide compound. (d) Calculate the force of attraction between a Mg and an oʻ ion whose centres are separated by a distance 1.3 nm.
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