?Consider the \(\mathrm{A}_{2} \mathrm{X}_{4}\) molecule depicted here, where A and X are elements. The A-A bond length in this molecule is \(d_{1}\),
Chapter 7, Problem 7.5(choose chapter or problem)
Consider the \(\mathrm{A}_{2} \mathrm{X}_{4}\) molecule depicted here, where A and X are elements. The A-A bond length in this molecule is \(d_{1}\), and the four A-X bond lengths are each \(d_{2}\).
(a) In terms of \(d_{1} \text { and } d_{2}\), how could you define the bonding atomic radii of atoms A and X?
(b) In terms of \(d_{1} \text { and } d_{2}\), what would you predict for the X-X bond length of an \(X_{2}\) molecule? [Section 7.3]
Text Transcription:
A_2X_4
d_1
d_2
d_1 and d_2
d_1 and d_2
X_2
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