I think you have misunderstood something. If a leaf is under water, it will still photosynthesise and produce oxygen as long as there is sufficient light. If there is no light it will just respire, consuming oxygen, whether or not it is in water.
During photosynthesis large amount of oxygen is released as a result of photolysis of water. This free oxygen in the gaseous form gets diffused from the leaves in the form of bubbles in submerged plants.
The submerged leaf filaments are covered with brown hairs which function as roots for water and nutrients absorption. Sporocarps(i) are borne on submerged leaf filaments.
Ranunculus aquatilis, also known as water crowfoot, shows leaf dimorphism because it grows in both submerged and emergent conditions. The submerged leaves are finely divided and feathery to maximize surface area for underwater photosynthesis, while the emergent leaves are broader and more sturdy to withstand exposure to air and sunlight. This adaptation allows the plant to effectively capture energy from both underwater and above-water environments.
To remove the soil and any contaminants.
Oxygen is produced when carbon dioxide and water are broken down into sugar and oxygen. Oxygen is the waste product
experiment to show the presence of in a leaf
The submerged leaf filaments are covered with brown hairs which function as roots for water and nutrients absorption. Sporocarps(i) are borne on submerged leaf filaments.
So long as the plant or leaf is able to absorb sunlight through the water - yes.
Using their stomata normally located under the leaf, but since the bottom of the lily pad's leaf is submerged in water, the stomata are on the top of the leaf.
Using their stomata normally located under the leaf, but since the bottom of the lily pad's leaf is submerged in water, the stomata are on the top of the leaf.
Ranunculus aquatilis, also known as water crowfoot, shows leaf dimorphism because it grows in both submerged and emergent conditions. The submerged leaves are finely divided and feathery to maximize surface area for underwater photosynthesis, while the emergent leaves are broader and more sturdy to withstand exposure to air and sunlight. This adaptation allows the plant to effectively capture energy from both underwater and above-water environments.
oxygen and some water
If you mean where is the oxygen released when photosynthesis has taken place then the answer is the stoma which is located under the leaf
To remove the soil and any contaminants.
Oxygen is produced when carbon dioxide and water are broken down into sugar and oxygen. Oxygen is the waste product
Because the oxygen in water and peroxide in alcohol mix and tiny bubbles form and when they pop air comes out that makes the leaf dry
The stomata have to be able to access air easily as its purpose is to take in and give out carbon dioxide oxygen. Since both the water lily and lotus are water plants partially submerged in water, air would be more easily accesible from the upper surface.
A leaf releases oxygen