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DNP & Photosynthesis in plants

Please help with the following problem.

Dinitrophenol (DNP) is an "uncoupler" that causes membranes to become permeable to H+. Explain what would happen if DNP was added to plants that were carrying out photosynthesis. Would the light and dark reactions still proceed? Include in your answer whether or not O2, glucose, ATP, and NADPH would be produced

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Problem: Dinitrophenol (DNP) is an "uncoupler" that causes membranes to become permeable to H+. Explain what would happen if DNP was added to plants that were carrying out photosynthesis. Would the light and dark reactions still proceed? Include in your answer whether or not O2, glucose, ATP, and NADPH would be produced

Solution:
Since membranes become permeable to H+ (protons), we can conclude that the chloroplast membranes also become leaky to ...

Solution Summary

This solution helps with a problem involving DNP and photosynthesis in plants. It helps explain what would happen if DNP was added to plants that were carrying out photosynthesis. The explanation is given in 293 words.

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