Solved

The General Chemical Equation for Photosynthesis Is Shown Below

Question 31

Multiple Choice

The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states. + 6 The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states. O → The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states. + 6 The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states.


A) Oxidized, since carbon is in the +4 oxidation state in The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states. but in the +6 oxidation state in the product, The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states. , glucose.
B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, The general chemical equation for photosynthesis is shown below. Through this reaction is the carbon oxidized or reduced? How can you tell? 6 + 6 O → + 6 A) Oxidized, since carbon is in the +4 oxidation state in but in the +6 oxidation state in the product, <sub>, </sub>glucose. B) Reduced, since in carbon dioxide there are two oxygen atoms for every one carbon but within the product, <sub>, </sub>(glucose) , there is only one oxygen for every one carbon. C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced. D) Both, since the carbon atoms within the glucose molecules display two different charge states. , (glucose) , there is only one oxygen for every one carbon.
C) Neither, since carbon does not change its oxidation state and is neither oxidized nor reduced.
D) Both, since the carbon atoms within the glucose molecules display two different charge states.

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q26: For each of the following unbalanced equations,

Q28: What correlation might you expect between an

Q29: The general chemical equation for photosynthesis is

Q30: What might the relationship be between an

Q32: Chemical equations need to be balanced not

Q33: Which element is closer to the upper

Q34: What element is behaves as the oxidizing

Q35: What might the relationship be between an

Q36: When lightning strikes, nitrogen molecules,

Q101: How does an atom's electronegativity relate to

Unlock this Answer For Free Now!

View this answer and more for free by performing one of the following actions

qr-code

Scan the QR code to install the App and get 2 free unlocks

upload documents

Unlock quizzes for free by uploading documents