See. plants are made up of an anti-artificial substance that they create during photosynthesis. These are called C55h70MgN4O6. This may be confusing but this is actually the other type of chlorophyll a normal plant produces. The first chlorophyll helps keep the plants color normal. But the second chlorophyll helps maintain the plant's structure therefore letting it stay in its position. When a plant receives less sunlight and water than it should, you can notice that the plant droops down. This is because the water and the sunlight used for photosynthesis is temporarily reduced. This is how plants maintain structure.
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Chloroplasts provide plants with the ability to photosynthesize, converting light energy into chemical energy in the form of glucose. This process is essential for plant growth, development, and reproduction.
A hibiscus flower is gamopetalous, meaning its petals are fused together to form a single structure. In the case of hibiscus, the fused petals form a characteristic trumpet-like shape. This is in contrast to sympetalous flowers, where the petals are partially fused to form a tube or other structure.
Morphology is the branch of botany that deals with the form and structure of plants. It involves studying the physical characteristics of plants such as their size, shape, and arrangement of tissues. Morphology plays a key role in taxonomy and classification of plants based on their distinctive features.
Bacteria in mutualistic relationships with plants can provide essential nutrients, such as nitrogen, by fixing atmospheric nitrogen into a usable form for the plants. This helps the plants with their growth and development, especially in nutrient-poor soils.
Glucose molecules form cellulose, which gives plants structure. Multiple glucose molecules join together through dehydration synthesis to form long chains of cellulose. These chains then arrange themselves into microfibrils that provide strength and rigidity to plant cell walls.
The science that deals with the form and structure of plants is called botany, while the science that deals with the form and structure of animals is called zoology. Both fields study the morphology, anatomy, and classification of plants and animals.
The science that deals with the form, structure, and embryology of plants is called plant morphology. It involves the study of plant parts and their arrangements, as well as the development of plants from seed to maturity.
Cellulose is the carbohydrate that plants use to form their cell walls.
The plants that form the basis of rainforests are typically large trees such as hardwoods, palms, and vines. These plants provide the structure and canopy that support a diverse ecosystem of animals, insects, and other plant species. They also play a crucial role in regulating the climate and producing oxygen through photosynthesis.
The study that deals with the form and structure of plants is called plant morphology. It focuses on the physical characteristics of plants, including their leaves, stems, roots, flowers, and overall plant architecture. Plant morphology helps researchers understand how plants grow, develop, and adapt to their environment.
The cell wall is so that the plant can have some organizational structure. Plants don't have a skeleton so it needs something rigid to stand upright. The cell walls of all the cells together form a structure. Nucleus is a feature of almost all living cells - to have the genetic material. Plants also have choloroplast so that they can carry out photosynthesis.
because waxes are highly waterproof and they provide a form of protection to plants and animals
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The sperm of seed plants form inside the pollen tube, a structure that develops from the pollen grain. The pollen tube grows towards the ovule to deliver the sperm cells for fertilization.
Plants are the producers in the desert. They form the basis for all food chains. Plants also provide shade and shelter to many animals.
just as name indicates, storage polysaccharides are polysaccharides that stores glucose (like starch and glycogen) while structural polysaccharides are polysaccharides that form the structure of an organism (like cellulose and chitin) with out any storage capabilities.