CHE 2C Study Guide - Final Guide: Counterion, Zend, Ammonia
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Unit i: electrochemistry unit ii: inorganic chemistry unit iii: chemical kinetics unit iv: nuclear chemistry. D1. (c) d2. (a) d3. (c) d4. (b) d5. (b) d6. (c) d7. (e) d8. (d) d9. (b) d10. (d) d11. (c) E1. (e) e2. (c) e3. (d) e4. (c) e5. (b) e6. (a) e7. (b) e8. (b) e9. (d) e10. (d) e11. (e) e12. (c) e13. (b) e14. (b) e15. (e) e16. (c) e17. (a) 3 2 with 4 cl as counterions, hexaammineplatinum(iv) chloride http://chemwiki. ucdavis. edu/wikitexts/uc_davis/ucd_chem_2c/ucd_chem_2c%3a_larsen/homework_problems/extra_problems_for_exam_ii/solutions_for 1/6. Solutions for extra problems for exam ii - chemwiki with 3 cl as counterions, pentaamminechloroplatinum(iv) chloride with 2 cl as counterions, tetraamminedichloroplatinum(iv) chloride with 1 cl as counterion, triamminetrichloroplatinum(iv) chloride diamminetetrachloroplatinum(iv) In molecular orbital theory, the crystal field splitting is related to the difference between the energy of the t and e orbitals. The t orbitals are essentially nonbonding and are composed of the d , d and d orbitals.
