The leaf disks in the dark did not float because photosynthesis, which produces oxygen and causes them to become buoyant, was not occurring without light. In the absence of light, the leaf disks could not convert carbon dioxide and water into glucose and oxygen, leading to no oxygen bubbles being trapped within the disks. As a result, the disks remained denser than the surrounding water and sank rather than floating.
To test a leaf for carbon dioxide, you can use a process called leaf disk assay. This involves placing leaf disks in a solution that is low in carbon dioxide, such as sodium bicarbonate solution, and then measuring the rate at which the leaf disks sink to determine the amount of CO2 produced during photosynthesis. Alternatively, you can use a gas sensor to directly measure the amount of carbon dioxide being absorbed or released by the leaf.
if you extratct the oxygen of leaf disks and put them on water in a well lit environment, and they sink at first but later rise, that would prove that photosynthesis occurs in plants because oxygen is a product of photosynthesis abd would help the disks float
You could look for the presence of chlorophyll, which is necessary for photosynthesis to occur. Additionally, you could observe if the leaf is green and healthy-looking, as plants that are actively carrying out photosynthesis tend to have vibrant foliage. Finally, you could check for the production of oxygen bubbles through a simple experiment to confirm the occurrence of photosynthesis.
Destarching a leaf is a method used in an experiment to prove that there is starch exsisting within the leaf, Destarching a leaf is also a preparation used before the experiment, to remove all starches within the leaf-NR
The leaf disks in the dark did not float because photosynthesis, which produces oxygen and causes them to become buoyant, was not occurring without light. In the absence of light, the leaf disks could not convert carbon dioxide and water into glucose and oxygen, leading to no oxygen bubbles being trapped within the disks. As a result, the disks remained denser than the surrounding water and sank rather than floating.
To test a leaf for carbon dioxide, you can use a process called leaf disk assay. This involves placing leaf disks in a solution that is low in carbon dioxide, such as sodium bicarbonate solution, and then measuring the rate at which the leaf disks sink to determine the amount of CO2 produced during photosynthesis. Alternatively, you can use a gas sensor to directly measure the amount of carbon dioxide being absorbed or released by the leaf.
if you extratct the oxygen of leaf disks and put them on water in a well lit environment, and they sink at first but later rise, that would prove that photosynthesis occurs in plants because oxygen is a product of photosynthesis abd would help the disks float
You could look for the presence of chlorophyll, which is necessary for photosynthesis to occur. Additionally, you could observe if the leaf is green and healthy-looking, as plants that are actively carrying out photosynthesis tend to have vibrant foliage. Finally, you could check for the production of oxygen bubbles through a simple experiment to confirm the occurrence of photosynthesis.
Destarching a leaf is a method used in an experiment to prove that there is starch exsisting within the leaf, Destarching a leaf is also a preparation used before the experiment, to remove all starches within the leaf-NR
The process of photosynthesis occurs in the chloroplasts, specifically in the mesophyll cells of the leaf. The chloroplasts contain chlorophyll, the pigment that captures light energy needed for photosynthesis to convert carbon dioxide and water into glucose and oxygen.
Photosynthesis takes place in the chloroplasts of a leaf, specifically in the cells of the mesophyll layer.
big leaves
photosynthesis
the leaf of a rose acts like any other leaf, it conducts photosynthesis,
a microscope and photosynthesis takes place in the leaf
leaf, I think :)