They reached equilibrium at 11 minutes when both had a total of 4 floating disks. This showed that although no veins CO2 had a head start, vein CO2 increased at a higher rate. This data contradicts the hypothesis because having veins was believed to decrease the photosynthesis rate, but instead, veins did not cause significant discrepancy between the rate. This could be due to some veins being so small that its impact was negligible. By the 16 minute mark, the veins with CO2 group leveled out at 9 while the no veins with CO2 reached 9 floating disks at 20 minutes. The other two groups that had no CO2 did not experience any movement due to the lack of carbon, a raw material necessary to carry out photosynthesis The experiment ended at the 20 minute mark due to the lack of time. With both group reaching 9 floating disks within 20 minutes, it could be concluded that veins do not significantly alter photosynthesis rate. This could be due to the small vein size that does not take up the majority of the disk’s surface or due to mistakes performed during the experiment. One possible error is that not all the veiny disks had the same amount of
They reached equilibrium at 11 minutes when both had a total of 4 floating disks. This showed that although no veins CO2 had a head start, vein CO2 increased at a higher rate. This data contradicts the hypothesis because having veins was believed to decrease the photosynthesis rate, but instead, veins did not cause significant discrepancy between the rate. This could be due to some veins being so small that its impact was negligible. By the 16 minute mark, the veins with CO2 group leveled out at 9 while the no veins with CO2 reached 9 floating disks at 20 minutes. The other two groups that had no CO2 did not experience any movement due to the lack of carbon, a raw material necessary to carry out photosynthesis The experiment ended at the 20 minute mark due to the lack of time. With both group reaching 9 floating disks within 20 minutes, it could be concluded that veins do not significantly alter photosynthesis rate. This could be due to the small vein size that does not take up the majority of the disk’s surface or due to mistakes performed during the experiment. One possible error is that not all the veiny disks had the same amount of