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No, for example, onion plant cells don't. Even in green plants, chloroplasts are not in each cell, only in ones that receive sunlight. The presence of chloroplasts (green color) in the cells of a plant are an indicator of whether or not those cells are photosynthetic. Almost all terestrial plants are photosynthetic, but that does not mean that all of a single plant's cells are photosynthetic as described above. Photosynthetic cells are specialized to make sugar for the plant's energy needs from atmospheric carbon dioxide. The cells in other parts of the plant have other specialized functions.
No, for example, onion plant cells don't. Even in green plants, chloroplasts are not in each cell, only in ones that receive sunlight. The presence of chloroplasts (green color) in the cells of a plant are an indicator of whether or not those cells are photosynthetic. Almost all terestrial plants are photosynthetic, but that does not mean that all of a single plant's cells are photosynthetic as described above. Photosynthetic cells are specialized to make sugar for the plant's energy needs from atmospheric carbon dioxide. The cells in other parts of the plant have other specialized functions.
Green plants include a broad assemblage of photosynthetic organisms that all contain chlorophylls, store their photosynthetic products as starch inside the double-membrane-bounded chloroplasts in which it is produced, and have cell walls made of cellulose.In this group are several thousand species of what are classically considered green algae, plus several hundred thousand land plants.
There are a four main photosynthetic pigments in green plants. Chlorophyll a, chlorophyll b, carotene and xanthophyll. These all absorb different areas of the spectrum therefore allowing the plant maximum absorption of light from the sun, and hence photosynthesise effectively.
The green plants perform photosynthesis and thus produce organic compounds like glucose from inorganic compounds like H2O and CO2 in their chloroplasts in the presence of light. All other food products are derivatives of photosynthetic products.
All the green plants that make food by photosynthesis are examples of photosynthetic.
The Plantae Kingdom is the kingdom of green plants. All plants belong to this kingdom, which is then broken down into smaller divisions based on whether they circulate fluids through their body or absorb them from nature, how they reproduce, and the size of their stature.
Any plant because they require photosynthesis but if looking for specifics there are purple bacteria and cyanobacteria
Protists- some but not all. Animalia-all of them move.
Red and green algae are photosynthetic and are thus autotrophs. Otherwise, they are aquatic and (in the case of green algae) can be unicellular. But these are similarities that are not sufficient to define algae as true plants. All plants in the Kingdom Plantae are multicellular and terrestrial (ancestrally terrestrial in the case of waterlilies). Green algae are important in the study of plants as they show the base of the plant kingdom, hinting at what a common ancestor to the whole kingdom may have looked like. In particular, the charophytes are probably close to the common ancestor of all land plants. Thus, in the study of land plants, green algae can be considered the most recently diverged outgroup. And, earlier still, red algae diverged.
Yes, generally the photosynthetic organelles are found in the cells of non flower parts of plantsFlowering is related to reproduction. Regardless of reproductive method every plant is photosynthetic
photosynthetic,
Yes, because all plants are photosynthetic, and the food chain starts with plants, so everything would die without plants.
No, for example, onion plant cells don't. Even in green plants, chloroplasts are not in each cell, only in ones that receive sunlight. The presence of chloroplasts (green color) in the cells of a plant are an indicator of whether or not those cells are photosynthetic. Almost all terestrial plants are photosynthetic, but that does not mean that all of a single plant's cells are photosynthetic as described above. Photosynthetic cells are specialized to make sugar for the plant's energy needs from atmospheric carbon dioxide. The cells in other parts of the plant have other specialized functions.
All prokaryotic organisms. Prokaryotes are more commonly known as plants. Plants use the energy from the sun, water, and CO2 to produce glucose and O2 (oxygen) in a process called photosynthesis.
No, for example, onion plant cells don't. Even in green plants, chloroplasts are not in each cell, only in ones that receive sunlight. The presence of chloroplasts (green color) in the cells of a plant are an indicator of whether or not those cells are photosynthetic. Almost all terestrial plants are photosynthetic, but that does not mean that all of a single plant's cells are photosynthetic as described above. Photosynthetic cells are specialized to make sugar for the plant's energy needs from atmospheric carbon dioxide. The cells in other parts of the plant have other specialized functions.
The kind of organism that would be most likely to perform photosynthesis is the plant. All plants must perform photosynthesis.