What is the Net Ionic Equation for Nickel Nitrate and Lithium Sulfide?

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Discussion Overview

The discussion revolves around the net ionic equation for the reaction between nickel nitrate and lithium sulfide. Participants explore the nature of the reaction, including whether it involves oxidation and the specific forms of nickel nitrate being considered.

Discussion Character

  • Homework-related
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant notes uncertainty regarding whether to consider nickel (II) or nickel (III) nitrate, which complicates the balanced equation.
  • Another participant suggests that nickel (II) is likely the intended form of nickel nitrate.
  • A different participant claims that the reaction is not a redox reaction, indicating that no oxidation occurs.
  • There is a challenge posed to identify what type of reaction does take place, implying that further clarification is needed on the nature of the reaction.

Areas of Agreement / Disagreement

Participants express differing views on the nature of the reaction, particularly regarding oxidation and the specific type of nickel nitrate, indicating that the discussion remains unresolved.

Contextual Notes

There is ambiguity regarding the oxidation states of nickel and the classification of the reaction, which may depend on additional context not provided in the initial question.

ccmetz2020
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1. A solution of nickel nitrate is added to a solution of lithium sulfide. (you MUST write as a Net Ionic if appropriate).
a. BALANCED EQUATION
b. Which substance is being oxidized?

2. none really

3. I don't really have much of an attempt because it doesn't specify in the question whether I'm dealing with nickel (ii) nitrate or nickel (iii) nitrate. I know that nitrate is soluble so the answer will be a net ionic equation, but the balanced equation is hard for me to figure out. Could anyone help me here?
 
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I bet they mean Ni(II).

What do you know about sulfides?

--
methods
 
Nevermind. It was a trick question, nothing is being oxidized. It isn't a redox reaction!
 
That was obvious :smile:

Question is - do you know what reaction DOES take place?

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Last edited:

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