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er the second set of conditions, they grew illumi Chlorella with "CO,. imination continued until all the CO, ha taken up. The vertical dashed line in graph (b) indicates when all the 14CO, had been taken up. Under these conditions, me labeled quickly but lost its radioactivity with time, whereas Y became more radioactive with time. 14CO, adioactivity

er the second set of conditions, they grew illumi Chlorella with "CO,. imination continued until all the CO, ha taken up. The vertical dashed line in graph (b) indicates when all the 14CO, had been taken up. Under these conditions, me labeled quickly but lost its radioactivity with time, whereas Y became more radioactive with time. 14CO, adioactivity

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter18: Nuclear Reactions
Section: Chapter Questions
Problem 81QAP
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Under the second set of conditions, they grew illuminated Chlorella with 14CO,. Illumination continued until all the 14CO, had been taken up. The vertical dashed line in graph (b) indicates when all the 14CO, had been taken up. Under these conditions, X became labeled quickly but lost its radioactivity with time, whereas Y became more radioactive with time. 14CO. Time (b) Based on your understanding of the Calvin cycle, what are the identities of X and Y? Identify the final product formed under the conditions instead of intermediate products. Compound X is and compound Y is Radioactivity
Transcribed Image Text:Under the second set of conditions, they grew illuminated Chlorella with 14CO,. Illumination continued until all the 14CO, had been taken up. The vertical dashed line in graph (b) indicates when all the 14CO, had been taken up. Under these conditions, X became labeled quickly but lost its radioactivity with time, whereas Y became more radioactive with time. 14CO. Time (b) Based on your understanding of the Calvin cycle, what are the identities of X and Y? Identify the final product formed under the conditions instead of intermediate products. Compound X is and compound Y is Radioactivity
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