Leaves exposed to light undergo the process of photosynthesis, where they convert light energy into chemical energy in the form of glucose. This process occurs in the chloroplasts of the leaf cells, with the help of chlorophyll pigment. Ultimately, the conclusion is the production of glucose and oxygen as byproducts.
When hydrogen peroxide is exposed to light or heat, it decomposes into water and oxygen gas.
A green leaf absorbs most colors of light except for green; it mainly absorbs red and blue light. The green color we see is reflected light, making the leaf appear green to our eyes.
A leaf appears black or very dark under red light because it primarily reflects green light, which is absent in red light. This phenomenon is due to the absorption and reflection of specific wavelengths of light by the pigments present in the leaf.
The green color of a leaf is due to the pigment chlorophyll, which absorbs most colors from white light except for green, which is reflected. This reflected green light is what our eyes perceive, making the leaf appear green.
A green leaf absorbs most colors in the visible spectrum except for green light, which is reflected. This reflected green light is what gives the leaf its green color.
The leaf is held at a right angle to the light source to maximize the surface area exposed to sunlight for photosynthesis. This position ensures that the chloroplasts in the leaf receive optimal light energy for the process of photosynthesis to occur efficiently.
The purpose of keeping the leaf in the dark is to prevent photosynthesis from happening. By covering it with a cardboard cut-out with a specific design, you can control which parts of the leaf are exposed to light, allowing for experiments on the effects of light on photosynthesis in different areas of the leaf.
The shape of the leaf allows for a large surface area to be exposed to sunlight, maximizing the amount of light energy that can be absorbed for photosynthesis. This enables the leaf to efficiently convert the light energy into chemical energy for growth and development.
i belive that the leave was covered so that lis=ght could not pass through them as we are testing whether light is needed for starch reproduction
Almost all photosynthesis occurs in the chloroplasts, specifically in the chlorophyll molecules located in the mesophyll cells of the leaf. The mesophyll cells are located in the middle layer of the leaf, where they are well exposed to light.
what is a conclusion for a battery powered light bulb
When green light shines on a green leaf, the leaf absorbs most of the green light and reflects some of it, giving the leaf its green color. Red light is not absorbed as efficiently by the leaf, so it gets reflected, making the leaf appear green under white light.
no because the leaves or anyother part of the plan has to be exposed to the sun so the energy from the light will hit the plant and it can crreate sugar to supply energy (with carbon dioxide as well)
The function of a plant leaf is to provide a structure in which chloroplasts can be exposed to sunlight so that they can perform photosynthesis.
When light energy strikes a leaf, some of it is absorbed by pigments in the leaf for photosynthesis, some is reflected, and some is transmitted through the leaf. The absorbed light energy is converted into chemical energy by the leaf for use in metabolic processes.
When light energy strikes a leaf then chlorophill (a) present in leaf absorb that light energy . By use of that energy photosynthesis occurs.
the leaf reflects on the light so it prevents it to burn (fire)