Consider the following unbalanced particulate representation of a chemical equation: Write a balanced chemical equation for this reaction using the smallest integer coefficients possible. Do not include states. +square arrow An error has been detected in your answer. Check for typos, miscalculations etc. before submitting your answer.

Question

Consider the following unbalanced particulate representation of a chemical equation: Write a balanced chemical equation for this reaction using the smallest integer coefficients possible. Do not include states. +square arrow An error has been detected in your answer. Check for typos, miscalculations etc. before submitting your answer.

Answer 1

The final balanced chemical equation for the above given reaction would be:

Answer 2

## Step1:Basing on the given statement, we model the preliminary equation to represent the problem statement more precisely. Expressing 'blue' as 'N', and understanding '0' as element absence and '+' implies addition.## Step2: Filling both the left and right side of the equation, we obtain "N + ∅ → ∅", Where '∅' represents empty set, which means no atoms or molecules present.## Step3:Subsequently, we must strikeacommodity/a balance, in the given case it is evident that, there are no 'red' items present and therefore they might be removed (or replaced) in order to balance the number and type of molecules present.

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