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.
I is water snail. because of respiration happening.
carbohydates and oxygen
stomata
carbon dioxide
Plants mainly remove carbon dioxide (CO2) from the atmosphere. They convert this (CO2) through photosynthesis into sugars. Some of these sugars are used to grow more of the plant, others are used as food. When a plant uses the sugars as food, carbon dioxide is emitted as a waste product (just like our breathing). This carbon dioxide is emitted day and night, but because they also take in CO2 during the day, most of this is a nocturnal emission (at night).
yes it does especially if it is an energy efficient light.
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.
carbon dioxide
carbon dioxide that plant use
Carbon dioxide is absorbed as a gas by the leaves of the plant.
carbon dioxide
Carbon dioxide is the source of carbon. It is reduced to glucose
Carbon dioxide is the source of the food that plants make for themselves through photosynthesis. Photosynthesis is when plants make food out of gasses (such as Carbon dioxide). When the concentration of carbon dioxide in the air is higher, plants become more efficient in pulling the gas out of the air. This allows the plants to process the gas more quickly. Faster conversion of carbon dioxide into sugars and other organic materials translates into faster plant growth. There are many plants that won't benefit from higher carbon dioxide concentrations. These plants have certain tissues in their leaves that concentrate carbon dioxide over time. Since the gas is already concentrated inside the plant, a higher availability of carbon dioxide in the air won't make a difference. (McGill)
the carbon dioxide oxygen cycle is how a human breathes out carbon dioxide and it goes to a plant and the plant breathes out oxygen and it goes to the human and that's how they get energy
Carbon dioxide is a vapor, as it can not be eaten, but plants absorb carbon dioxide and give off oxygen all plant types do this, so hopefully, in answer to your question, all plant species absorbs carbon dioxide.
For a plant to live, it breathes in carbon dioxide. When a plant dies it still has to go somewhere if it isn't used, because the plant will start to decompose, so the carbon dioxide is released
No the thylakoid and the stroma tranports oxygen and carbon dioxide to parts of the plant
the roots of the plant absorb the water from the soil. the stomata in the leaves absorb carbon dioxide