5. POSSIBLE SINGLE DISPLACEMENT: Zn(s) + M9SO4(aq) → ?? 6. POSSIBLE DOUBLE DISPLACEMENT: NaNO3(aq) + NISO4(aq) → ??

Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
Publisher:Skoog
Chapter18: Introduction To Electrochemistry
Section: Chapter Questions
Problem 18.12QAP
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Hi! I need help for Nos. 5-6. Thank you.
INSTRUCTIONS
a. Determine the most probable products from the given reactants based on the indicated
reaction type. Write NO REACTION if the reaction will not proceed based on the given
reactants.
b. IF THE REACTION PROCEEDS: Balance the equation.
c. IF THE REACTION PROCEEDS: Assign the oxidation numbers for all atoms in the
equation and indicate whether it is a redox reaction or not.
d. FOR REDOX REACTIONS: Identify the reduction and oxidation half-reactions, as well as
the reducing and oxidizing agents.
5. POSSIBLE SINGLE DISPLACEMENT: Zn(e) + M9SO4(aq) → ??
6. POSSIBLE DOUBLE DISPLACEMENT: NaNO3(aq) + NiSO4(aq) → ??
Transcribed Image Text:INSTRUCTIONS a. Determine the most probable products from the given reactants based on the indicated reaction type. Write NO REACTION if the reaction will not proceed based on the given reactants. b. IF THE REACTION PROCEEDS: Balance the equation. c. IF THE REACTION PROCEEDS: Assign the oxidation numbers for all atoms in the equation and indicate whether it is a redox reaction or not. d. FOR REDOX REACTIONS: Identify the reduction and oxidation half-reactions, as well as the reducing and oxidizing agents. 5. POSSIBLE SINGLE DISPLACEMENT: Zn(e) + M9SO4(aq) → ?? 6. POSSIBLE DOUBLE DISPLACEMENT: NaNO3(aq) + NiSO4(aq) → ??
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