Determine the oxidation state of X (a fictional element) in the following compounds/polyatomic ions, using the periodic table for the real elements/the list of polyatomic ions, by filling in the numerical answers (ie, 1, -5 etc): Given: Polyatomic name: Polyatomic formula: sulfate SO42- hydroxide OH1- ammonium NH4+ carbonate CO32- nitrate NO31- a) XBr3-1: the oxidation state of X is: b) (NH4)2XO3 : the oxidation state of X is:
Determine the oxidation state of X (a fictional element) in the following compounds/polyatomic ions, using the periodic table for the real elements/the list of polyatomic ions, by filling in the numerical answers (ie, 1, -5 etc): Given: Polyatomic name: Polyatomic formula: sulfate SO42- hydroxide OH1- ammonium NH4+ carbonate CO32- nitrate NO31- a) XBr3-1: the oxidation state of X is: b) (NH4)2XO3 : the oxidation state of X is:
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter11: Solutions
Section: Chapter Questions
Problem 29P
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Determine the oxidation state of X (a fictional element) in the following compounds/polyatomic ions, using the periodic table for the real elements/the list of polyatomic ions, by filling in the numerical answers (ie, 1, -5 etc):
Given:
Polyatomic name: |
Polyatomic formula: |
sulfate |
SO42- |
hydroxide |
OH1- |
ammonium |
NH4+ |
carbonate |
CO32- |
nitrate |
NO31- |
a) XBr3-1: the oxidation state of X is:
b) (NH4)2XO3 : the oxidation state of X is:
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