yes
So the leaf will live and create carbon dioxide to make oxygen and we live.
A leaf releases oxygen
experiment to show the presence of in a leaf
To determine the amount of oxygen gas needed to make a leaf disc float, you can use the formula based on the buoyancy principle. The volume of oxygen required can be estimated using the equation ( V = \frac{m}{\rho} ), where ( V ) is the volume of oxygen, ( m ) is the mass of the leaf disc, and ( \rho ) is the density of the oxygen gas. Additionally, you may need to account for the leaf's weight and the water's buoyant force to calculate the precise amount of oxygen needed to achieve flotation.
oxygen
Oxygen moves through leafy plants through the "stoma, pleural: stomata". They are small pores in the leaf that can open and close to allow gas exchange. However, most plants exhale oxygen (O2) and inhale carbon dioxide (CO2), so oxygen is generally leaving a plant.
Oxygen enters a leaf through small pores called stomata located on the underside of the leaf. Stomata are surrounded by specialized cells that control their opening and closing to regulate gas exchange. This process allows oxygen to diffuse into the leaf where it is used in various cellular processes.
How much oxygen a plant produces will depend on the size of the plant, and the number of leaves on the plant. Each leaf on a plant produces a certain amount of oxygen.
A leaf does not remove oxygen; rather, it produces oxygen through the process of photosynthesis. During photosynthesis, plants use carbon dioxide and water to create oxygen and glucose, which is a form of stored energy.
Carbon dioxide enters the leaf through small openings called stomata. Inside the leaf, carbon dioxide is used in photosynthesis to produce oxygen and glucose. Oxygen and excess water exit the leaf through the stomata as byproducts of photosynthesis and transpiration, respectively.
When an Elodea leaf is added to a phenol red solution, the leaf will release oxygen through photosynthesis. The oxygen will cause the phenol red solution to change color, indicating the presence of oxygen production.
Oxygen and carbon dioxide move in and out of a leaf through tiny openings called stomata. Stomata are located on the underside of the leaf and allow for gas exchange between the leaf and the surrounding atmosphere.