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What are the different groups of protists?
animal, plant and fungus
What are the two major group of protists?
The two major groups of protists are protozoa (animal-like protists) and algae (plant-like protists). Protozoa are unicellular organisms that can be parasitic or free-living, while algae are photosynthetic protists that can be unicellular or multicellular.
What are 3 feeding strategy groups of protists?
The different strategies are mixotrophs, autotrophs, heterotrophs, and some are aerobic and have a mitochondria.
What three groups can scientists use to organize protists based on shared traits?
i dont knowi need this for my science hwidk dis is carazii maybe if some one knows dha answer plz improve iti need it for mii homwork and this is dha last question so plz help nd improve the answer if u know itproducers, heterotrophs that can move,and heterotrophs that cant move. these groups do not show how protists are related to each other.
The three classifications of protists include?
The three classifications of protists include animal-like protists (protozoa), plant-like protists (algae), and fungus-like protists (slime molds). These classifications are based on their mode of nutrition and cellular structure.
What are the different groups of protists?
animal, plant and fungus
What are the two major group of protists?
The two major groups of protists are protozoa (animal-like protists) and algae (plant-like protists). Protozoa are unicellular organisms that can be parasitic or free-living, while algae are photosynthetic protists that can be unicellular or multicellular.
How do you divide a hexagon in three parts?
If you have a diagram, divide it equally in six peices, then take three groups of two and erase the line in between the twos.
What are 3 feeding strategy groups of protists?
The different strategies are mixotrophs, autotrophs, heterotrophs, and some are aerobic and have a mitochondria.
What three groups can scientists use to organize protists based on shared traits?
i dont knowi need this for my science hwidk dis is carazii maybe if some one knows dha answer plz improve iti need it for mii homwork and this is dha last question so plz help nd improve the answer if u know itproducers, heterotrophs that can move,and heterotrophs that cant move. these groups do not show how protists are related to each other.
What are the three types of protists?
The three types of protists are protozoa (animal-like protists), algae (plant-like protists), and slime molds (fungus-like protists). Each type has unique characteristics and can be found in various environments.
How do you divide the 27 amendments into 3 groups?
27 amendments divided into three groups gives you 9 amendments per group.
The three classifications of protists include?
The three classifications of protists include animal-like protists (protozoa), plant-like protists (algae), and fungus-like protists (slime molds). These classifications are based on their mode of nutrition and cellular structure.
Are protists easy to classify?
No, protists are not easy to classify due to their diversity in terms of size, structure, and behavior. They represent a wide range of organisms with varying characteristics, making their classification complex and often requiring advanced techniques.
What kingdoms comprised the three-kingdom classification system used by scientists in the 1800s?
The three kingdoms were Animalia for animals, Plantae for plants, and Protista for protists. This classification system was proposed by Ernst Haeckel in the late 19th century to categorize all living organisms into broad groups based on their characteristics.
What are the three main types of protists?
The three main types of protists are protozoa (animal-like protists), algae (plant-like protists), and slime molds (fungus-like protists). Each type of protist has unique characteristics and plays a different ecological role in various environments.
Where do protists live?
Protists can be found in various environments such as freshwater, saltwater, soil, and inside other organisms as parasites. They are diverse and can adapt to different habitats, ranging from oceans to lakes, and even in the digestive systems of animals.
