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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 :)
The process in which gases enter the leaves of the plants is called respiration.
Imagine an opaque object, sunlight wouldn't pass right? So if the cuticle of leaves and epidermis isn't transparent, sunlight wouldn't pass through the leaf and wouldn't allow plants to have photosynthesis.
Let us first take into account what effect a cold temperature has on photosynthesis.Generally, if it is cold, there will be less sunlight and the enzymes cannot function at their optimum temperature. As a result of this, we can conclude that the rate of photosynthesis will slow down.To adapt for this, plans generally have long, thin leaves to capture as much sunlight as possible. Organelles such as stroma which are involved in photosynthesis are located very close to the surface of the leaves to allow as much sun light to go into it as possible.
The leaves allow the plant to absorb sunlight and use it to make food (Photosynthesis) as well as allowing it to release excess moisture through pores in the leaves.
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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 :)
The process in which gases enter the leaves of the plants is called respiration.
Photosynthesis occurs in the leaves of plants. The leaves allow CO2 to come in through the leaves. The sunlight turns the water that comes in from the roots through the stem into the leaves to make a chemical change in the H2O and CO2 into sugar.
Imagine an opaque object, sunlight wouldn't pass right? So if the cuticle of leaves and epidermis isn't transparent, sunlight wouldn't pass through the leaf and wouldn't allow plants to have photosynthesis.
Well think about it! Plants need sunlight to produce energy for themselves and grow. The leaves absorb the sunlight,thus, other leaves don't shade other leaves, cause all the leaves need sunlight. P.S. I'm not too sure if all plants arrange their leaves that way, you may want to check your sources.
Let us first take into account what effect a cold temperature has on photosynthesis.Generally, if it is cold, there will be less sunlight and the enzymes cannot function at their optimum temperature. As a result of this, we can conclude that the rate of photosynthesis will slow down.To adapt for this, plans generally have long, thin leaves to capture as much sunlight as possible. Organelles such as stroma which are involved in photosynthesis are located very close to the surface of the leaves to allow as much sun light to go into it as possible.
At night, the leaves of C3 plants close their stomata and wait until the sunlight. For CAM plants, this is when the plants open their stomata and allow the carbon dioxide to come in.
The leaves allow the plant to absorb sunlight and use it to make food (Photosynthesis) as well as allowing it to release excess moisture through pores in the leaves.
All living creatures are adapted to their environments, plants included. Some specific examples would be cacti in semi-arid deserts that have adapted towards extreme water conservation (no leaves, thick fleshy stems that hold water), deciduous trees in temperate forests that drop their leaves every fall to save energy during the winter months (when there is less light energy for photosynthesis) and water lilies that have large flat leaves that allow them to float on top of the lake waters.
Chloroplast allow plants to capture energy from sunlight.
Generally, a solarium is a room with lots of windows, and skylights or a glass ceiling, to allow as much sunlight as possible into the room.