In order to balance a reaction, the same number and type of atoms must exist on both sides of an equation. The following boxes contain oxygen atoms (the smaller white circles) as well as nitrogen atoms (the larger red circles). The initial box contains 0,(g) and N (g), while the final box contains NO(g). Determine the overall reaction pictured, and write an equation that summarizes what you see. Reduce your overall equation if it is reducible. Select the balanced equation that is represented in the drawings. 00 8.

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What is the balanced equation that is represented in the drawings
Pearson
Learning: Ch 03R: Chemical Reactions and Chemical Quantities
QUESTION
In order to balance a reaction, the same number and type of atoms must exist on both
sides of an equation.
The following boxes contain oxygen atoms (the smaller white circles) as well as
nitrogen atoms (the larger red circles). The initial box contains O,(g) and N,(g), while the
final box contains NO(g). Determine the overall reaction pictured, and write an equation
that summarizes what you see. Reduce your overall equation if it is reducible. Select the
balanced equation that is represented in the drawings.
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Transcribed Image Text:Pearson Learning: Ch 03R: Chemical Reactions and Chemical Quantities QUESTION In order to balance a reaction, the same number and type of atoms must exist on both sides of an equation. The following boxes contain oxygen atoms (the smaller white circles) as well as nitrogen atoms (the larger red circles). The initial box contains O,(g) and N,(g), while the final box contains NO(g). Determine the overall reaction pictured, and write an equation that summarizes what you see. Reduce your overall equation if it is reducible. Select the balanced equation that is represented in the drawings. support © 2021 Knowledge Factor, Inc. All rights reserved. МacВook Air esc F1 F2 F3 F4 F5
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