INORGRX REDOX Gp 1 2 13 - Contents

Page 1Learning objectives - Review
Page 2Using oxidation states - ReviewDescription of how the position of an oxidation state in the hierarchy of oxidation states can be used to predict the redox properties of atoms of that element in the oxidation state
1 marksPage 3QuestionsUsing the hierarchy of oxidation states of Group 1, 2 and 13 elements to predict the redox properties
1 marksPage 4Act as a reductant?
1 marksPage 5Act as a reductant or an oxidant?
1 marksPage 6Act as a reductant?
1 marksPage 7Act as an oxidant?
1 marksPage 8Act as a reductant or an oxidant?
Page 9Strength - ReviewUsing the position relative to the most stable state for the element to predict the redox properties of an atom in a particular oxidation state
1 marksPage 10QuestionsPredicting oxidant/reductant strength
1 marksPage 11Good reductant?
1 marksPage 12Good reductant?
1 marksPage 13Good reductant?
1 marksPage 14Good oxidant?
Page 15Summary - ReviewOne last look at the oxidation state table
1 marksPage 16Quiz questionsWorking from memory
1 marksPage 17Most stable state for B
1 marksPage 18Most stable state for Li
1 marksPage 19Most stable state for Ba
1 marksPage 20+1 most stable?
1 marksPage 21Most oxidising?
1 marksPage 22Most reducting?
1 marksPage 23Decomposes to more stable oxide
1 marksPage 24Reacts with I₂
1 marksPage 25Reacts with I^–
1 marksPage 26Reacts with MnO₄^–