hopefully you can just look up atomic radii without needing thr textbook. if you do need it, let me know.
5. (16 points) Use the ionic radius data from your textbook Appendix B to calculate radius ratios for the following compounds. Predict the expected coordination number and possible structures for the compound according to the radius ratio rule. Then look up the actual crystal structures of each compound-which ones follow the radius ratio rule, and which do not? (Hint: be sure to use the ionic radii for the correct oxidation state of the metal ion!) a. KCI b. TIBr (use 165 pm as the radius for Tl") C. SnO2 d. Mno
5. (16 points) Use the ionic radius data from your textbook Appendix B to calculate radius ratios for the following comp
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answerhappygod
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5. (16 points) Use the ionic radius data from your textbook Appendix B to calculate radius ratios for the following comp
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