Question

How could you control the amount of carbon dioxide a plant gets?

Answer 1

Hint: For the purpose of photosynthesis Carbon dioxide enters a plant's leaves, flowers, branches, stems, and roots through tiny holes. Water is also required by plants in order for them to produce food. A plant's access to water varies depending on its surroundings.

Complete answer:
The amount of oxygen needed for plant respiration is determined by the food/substrate being respired. It has nothing to do with photosynthesis, which produces glucose as the primary molecule. It is the substrate that is being respired that is important. The ratio of oxygen consumed to carbon dioxide produced during respiration is known as the respiratory quotient (RQ). Four important substrates that are mostly carbohydrates, fats, proteins and organic acids.

Sugar is used by plants to grow, and the oxygen is released back into the atmosphere. They also help to regulate the amount of carbon dioxide in the atmosphere, which is one of the most significant greenhouse gases.

You can control how much carbon dioxide plants absorb.

Justification: One way is that you can keep the plant under the influence of sodium hydroxide \[\left( NaOH \right).\]That is because \[\left( NaOH \right).\] absorbs carbon dioxide \[\left( CO_2 \right)\text{ }.\]Sodium hydroxide absorbs \[\left( CO_2 \right)\text{ }.\] as \[\left( NaOH \right).\]is an alkali or base and \[\left( CO_2 \right)\text{ }.\] is an acid; they both react to form sodium carbonate\[\left( Na_2CO_3 \right).\]

Note: When plants die, their carbon is returned to the carbon cycle. Carbon dioxide is constantly moving from the atmosphere into the soil and the oceans, and then back into the atmosphere. Human activities such as the use of fossil fuels add extra carbon to the cycle. Deforestation, which causes a lot of plant matter to decay, contributes to the greenhouse effect in two ways. The carbon in cut trees is released back into the carbon cycle, and the trees can no longer remove carbon dioxide from the atmosphere via photosynthesis.