3V + 2Ga³+ = 3V2+ + 2Ga. E°= +0.64 V. 3V2+ + 2Al = 3V + 2Al3+. E°= +0.46 V Based on these observations, a student concludes that Ga3+ and Al will react spontaneously. List the oxidation agents in order of decreasing strength. Write reduction reaction for each. Determine the strongest reducing agent. Determine if Ga3+ will react spontaneously.
3V + 2Ga³+ = 3V2+ + 2Ga. E°= +0.64 V. 3V2+ + 2Al = 3V + 2Al3+. E°= +0.46 V Based on these observations, a student concludes that Ga3+ and Al will react spontaneously. List the oxidation agents in order of decreasing strength. Write reduction reaction for each. Determine the strongest reducing agent. Determine if Ga3+ will react spontaneously.
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
Chapter17: Electrochemistry
Section: Chapter Questions
Problem 21P
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3V + 2Ga³+ = 3V2+ + 2Ga. E°= +0.64 V.
3V2+ + 2Al = 3V + 2Al3+. E°= +0.46 V
Based on these observations, a student concludes that Ga3+ and Al will react spontaneously. List the oxidation agents in order of decreasing strength. Write reduction reaction for each. Determine the strongest reducing agent. Determine if Ga3+ will react spontaneously.
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