Those plants convert energy through the air and the soil. They combine both components to make a fuel they can use.
Plants are the main producers and have numerous structural and behavioral adaptations to aid photosynthesis. One of the structural adaptations is that they have a large surface area to absorb sunlight required for photosynthesis.
A cactus leaves get sunlight and they make photosynthesis and they get water from that and they save the water
Leaves of plants.
The palisade cells contain large number of choloroplasts on their surface that help to absorb a large amount of sunlight and undergo the photosynthesis process effectively
*Adapted*
Veins are structurally adapted to their role within the circulation in various ways. For instance the capillaries are smaller in size and this helps in the connection with other veins. Arteries are on the other hand larger to allow more blood to pass through them.
because of the new jesus :)
Leaves are adapted to their function in several ways: Because leaves photosynthesis it needs water and carbon dioxide to complete the rection. They have board leaves giving them a big surface area for light to fall on They contain chlorophyll in the chloroplast to absord the sunlight They have air spaces that allow carbon dioxide to get to the cells, and oxygen to leave them be diffusion They have veins, which bring plenty of water to the cells of the leaves (these are called xylem) Hoped this helped :)
They are able to undergo photosynthesis based on their adaptation to the environment. One such example is the CAM plant, which have become adapted to the dry environment and is able to perform photosynthesis at the optimum time.
Photosynthesis
chloroplast, and/or chlorophyll
They have photosynthetic pigments. They have enzymes and other molecules