5. A. Draw the Lewis structure for CIO, that meets the octet rule. Calculate the formal charge on each atom in CIO,. B. Remembering back to Ch 4, assign oxidation numbers to each atom in CIO,-. C. Draw the Lewis structure that meets the octet rule for CIO-. D. Assign oxidation numbers to each atom in CIO-. E. The hypochlorite ion, CIO-, is the active ingredient in bleach. The perchlorate ion, CIO4- is the main component of rocket propellants. In a redox reaction, which ion would you expect to be more easily reduced? Why?

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Chapter1: Chemical Foundations
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5. A. Draw the Lewis structure for CIO, that meets the octet
rule. Calculate the formal charge on each atom in ClO,.
B. Remembering back to Ch 4, assign oxidation numbers to
each atom in CIO,-.
C. Draw the Lewis structure that meets the octet rule for
CIO-.
D. Assign oxidation numbers to each atom in
CIO-.
E. The hypochlorite ion, CIO-, is the active ingredient in
bleach. The perchlorate ion, ClO4- is the main
component of rocket propellants. In a redox reaction,
which ion would you expect to be more easily reduced?
Why?
Transcribed Image Text:5. A. Draw the Lewis structure for CIO, that meets the octet rule. Calculate the formal charge on each atom in ClO,. B. Remembering back to Ch 4, assign oxidation numbers to each atom in CIO,-. C. Draw the Lewis structure that meets the octet rule for CIO-. D. Assign oxidation numbers to each atom in CIO-. E. The hypochlorite ion, CIO-, is the active ingredient in bleach. The perchlorate ion, ClO4- is the main component of rocket propellants. In a redox reaction, which ion would you expect to be more easily reduced? Why?
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