yes
The odd man out is spirogyra. While spirogyra is a green filamentous alga, Mucor, Agaricus, and Penicillium are all fungi. Specifically, Mucor is a mold, Agaricus is a genus of mushrooms, and Penicillium is a genus of mold known for producing the antibiotic penicillin. Thus, spirogyra differs significantly in its classification and biological characteristics.
filaments
Spirogyra being a fresh water chlorophycean alga prepares its own food by photosynthesis. Hence it is an autotroph.
Spirogyra is a filamentous green alga composed of elongated cylindrical cells. These cells are eukaryotic and contain chloroplasts capable of photosynthesis.
No. Spirogyra is a Jazz Band. Spirulina is a single celled algae.
Yourself or any human being for that matter, Spirogyra(Alga), Grasshoppers, Bats, Cats, Dogs, etc.
A filamentous freshwater green alga containing spiral bands of chloroplasts. • GenusSpirogyra, division Chlorophyta.
No, spirogyra is not a unicellular plant; it is a filamentous green alga composed of multicellular chains. Each filament consists of numerous cylindrical cells aligned end-to-end, which contain spiral-shaped chloroplasts. Spirogyra is commonly found in freshwater environments and is known for its ability to perform photosynthesis.
the fresh water alga, spirogyra, which forms long, thread like colonies called filaments. the cells are stacked end to end.
The student should search for a fresh specimen of spirogyra in ponds, lakes, or slow-moving streams where this green filamentous alga is commonly found. Look for clear water with good sunlight penetration, as spirogyra thrives in such environments.
i dont know i m a student of class 9 and i m searching for the answer for - diff. b/w spirogyra and blue green alga
Spirogyra, a filamentous green alga, primarily relies on photosynthesis for energy, but it also engages in cellular respiration. During the day, it uses sunlight to convert carbon dioxide and water into glucose and oxygen through photosynthesis. At night or in the absence of light, spirogyra performs aerobic respiration, breaking down glucose to produce energy, carbon dioxide, and water. This dual mechanism allows spirogyra to thrive in various environmental conditions.