Living organisms release
C
O
2
during respiration and take in oxygen whereas plants utilize
C
O
2
and give out oxygen during photosynthesis.
So, the test tube A will have the highest concentration of carbon dioxide because carbon dioxide is released by the snail through respiration.
In test tubes, B and C, a part of the carbon dioxide is utilized by the plant for photosynthesis and hence there will be less concentration of carbon dioxide.
assuming the plant is alive: B, the plant tube, would have the least CO2 (carbon dioxide) because the plant would use it in photosynthesis. C, with both snail and plant, would have a medium or normal amount of CO2. The snail would use oxygen and produce CO2 as it breathed. The plant would be doing the opposite (using CO2, and producing oxygen) Therefore, A, with only the snail, would obviously have the highest concentration of CO2. With no plant to use any, the concentration would build, and if it was a sealed test tube, the snail would eventually use up all the oxygen in the air and die of asphyxiation.
NO how thick are you a snail is a animal DUR
snail
a plant eater of course
Cardon dioxide
Snails eat plants.
The point of a snail shell is actually called the "spire". Snails! :D
aada ambhut nmo dong
in what way does the snail need the plant for survival
Water molecules move out of the snail's body to dilute the salt concentration in its surrounding environment. This process helps prevent dehydration of the snail's cells caused by the hypertonic solution created by the salt.
The snail produces carbon dioxide through respiration, which the plant uses for photosynthesis. Photosynthesis is the process by which plants convert carbon dioxide into oxygen and glucose, which the plant can use for energy.
The snail's "tongue" is known as the radula. It is covered with chitinous teeth, which the snail uses to scrape plant matter (if it's a herbivorous species) or flesh (if it's a carnivorous species) for feeding.