Water deficiency is arguably the easiest deficiency to detect in plants. This is because plants that lack water will wilt, since the water within the plant's cells helps to support the plant's weight. Plant cells become water deficient because their cells use the water for metabolic processes. What happens to the metabolism of a plant that does NOT have adequate water?A. The plant will stop photosynthesizing for long periods of time until it has enough water to do so.B. Photosythesis is inhibited, less glucose is produced, and water used by the cells is not replaced.C. The plant increases its breakdown of glucose to create more water at the end of the process.D. The cell will bring in more cabon dioxide to compensate for the lack of water, allowing glucose synthesis to continue.
Question
Water deficiency is arguably the easiest deficiency to detect in plants. This is because plants that lack water will wilt, since the water within the plant's cells helps to support the plant's weight. Plant cells become water deficient because their cells use the water for metabolic processes. What happens to the metabolism of a plant that does NOT have adequate water?A. The plant will stop photosynthesizing for long periods of time until it has enough water to do so.B. Photosythesis is inhibited, less glucose is produced, and water used by the cells is not replaced.C. The plant increases its breakdown of glucose to create more water at the end of the process.D. The cell will bring in more cabon dioxide to compensate for the lack of water, allowing glucose synthesis to continue.
Solution
Water deficiency is arguably the easiest deficiency to detect in plants. This is because plants that lack water will wilt, since the water within the plant's cells helps to support the plant's weight. Plant cells become water deficient because their cells use the water for metabolic processes. What happens to the metabolism of a plant that does NOT have adequate water?
A. The plant will stop photosynthesizing for long periods of time until it has enough water to do so. B. Photosynthesis is inhibited, less glucose is produced, and water used by the cells is not replaced. C. The plant increases its breakdown of glucose to create more water at the end of the process. D. The cell will bring in more carbon dioxide to compensate for the lack of water, allowing glucose synthesis to continue.
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