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11. The properties of elements and their compounds are determined by their structure and bonding. (i) In a dry container, a fluoride of silver reacts with sulfur to produce disulfur difluoride. Complete the equation for this reaction. State symbols are not required. Se + IS,F2 + AgF (ii) Explain, by using the oxidation numbers of all the atoms, whether or not this is a redox reaction.

11. The properties of elements and their compounds are determined by their structure and bonding. (i) In a dry container, a fluoride of silver reacts with sulfur to produce disulfur difluoride. Complete the equation for this reaction. State symbols are not required. Se + IS,F2 + AgF (ii) Explain, by using the oxidation numbers of all the atoms, whether or not this is a redox reaction.

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter4: Reactions In Aqueous Solution
Section: Chapter Questions
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11. The properties of elements and their compounds are determined by their structure and bonding. (i) In a dry container, a fluoride of silver reacts with sulfur to produce disulfur difluoride. Complete the equation for this reaction. State symbols are not required. +DAgF, → Os,F, + JAGF, JAGF S8 + (ii) Explain, by using the oxidation numbers of all the atoms, whether or not this is a redox reaction.
Transcribed Image Text:11. The properties of elements and their compounds are determined by their structure and bonding. (i) In a dry container, a fluoride of silver reacts with sulfur to produce disulfur difluoride. Complete the equation for this reaction. State symbols are not required. +DAgF, → Os,F, + JAGF, JAGF S8 + (ii) Explain, by using the oxidation numbers of all the atoms, whether or not this is a redox reaction.
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