43. Consider the following chemical equation: Cu + HNO3- Cu(NO3)2 + NO2 +H 20 A: Assign oxidation numbers to each element within the equation. Write the oxidation numbers under the equation itself below the corresponding element. Is this a redox reaction? B: If the equation above is a redox reaction identify the elements that are being oxidized and the ones being reduced. Identify also the oxidizing and reducing agents. C: Write the oxidation and reduction half reactions for the above equation. D: Check if these half reactions are balanced and, if the are not, balance them. Show the electrons cancelling out and write the balanced half reaction.

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43. Consider the following chemical equation:
Cu + HNO3
> Cu(NO3)2 + NO2 + H
20
A: Assign oxidation numbers to each element within
the equation. Write the oxidation numbers under the
equation itself below the corresponding element. Is
this a redox reaction?
B: If the equation above is a redox reaction identify
the elements that are being oxidized and the ones
being reduced. Identify also the oxidizing and
reducing agents.
C: Write the oxidation and reduction half reactions
for the above equation.
D: Check if these half reactions are balanced and, if
the are not, balance them. Show the electrons
cancelling out and write the balanced half reaction.
Transcribed Image Text:43. Consider the following chemical equation: Cu + HNO3 > Cu(NO3)2 + NO2 + H 20 A: Assign oxidation numbers to each element within the equation. Write the oxidation numbers under the equation itself below the corresponding element. Is this a redox reaction? B: If the equation above is a redox reaction identify the elements that are being oxidized and the ones being reduced. Identify also the oxidizing and reducing agents. C: Write the oxidation and reduction half reactions for the above equation. D: Check if these half reactions are balanced and, if the are not, balance them. Show the electrons cancelling out and write the balanced half reaction.
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