the respiration rate (as measured by the slope of the line) of an organism is calculated by question 7 options: a) dividing the co2 produced (ppm) by the weight of the organism (g) b) dividing the time elapsed (per second) by co2 produced (ppm) c) dividing the co2 produced (ppm) by the time elapsed (per second) d) dividing the weight (g) of the organism by the amount of co2 produced (ppm)

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18-11-2022
Biology

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the respiration rate (as measured by the slope of the line) of an organism is calculated by question 7 options: a) dividing the co2 produced (ppm) by the weight of the organism (g) b) dividing the time elapsed (per second) by co2 produced (ppm) c) dividing the co2 produced (ppm) by the time elapsed (per second) d) dividing the weight (g) of the organism by the amount of co2 produced (ppm)

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kumarravichandra kumarravichandra · Answer 1 · 2022-11-22T20:42:38+01:00

The respiration rate (as measured by the slope of the line) of an organism is calculated by dividing the time elapsed (per second) by co2 produced (ppm)

By calculating the dye's distance travelled and dividing it by the time it took, we may determine the rate of respiration. This experiment's experimental setup is essentially unchanged from the previous one. On a wire gauze, germination seeds are positioned in a boiling tube. The respiratory quotient (RQ) for each cycle was determined by dividing CO 2 output by O 2 demand. Despite fluctuations throughout the course of the 10 days of observations, the average RQ was determined to be close .

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