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The General Chemical Equation for Photosynthesis Is Shown Below

Question 35

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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.

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