It's one of these:
Many protozoa are capable of independent movement and can actively hunt for food, whereas most fungi are stationary and absorb nutrients from their environment through decomposition. Protozoa can also reproduce both sexually and asexually, while fungi primarily reproduce through spores. Additionally, protozoa can often thrive in a wider variety of environments, including aquatic and terrestrial ecosystems, adapting to various conditions more readily than fungi.
Typical bacteria range from about 0.2 to 10 micrometres in diameter, with most being around 1-2 micrometres. Fungi can vary widely in size, but many microscopic fungi, like yeasts, are about 3-10 micrometres in diameter, while their hyphae can be much longer. Algae also exhibit diverse sizes, ranging from single-celled forms around 1-100 micrometres to multicellular forms that can be much larger. Protozoa typically range from 5 to 100 micrometres in size, depending on the species.
Most organisms in the Fungi Kingdom are non-motile, meaning they cannot move on their own. However, some fungi can disperse their spores through the air or water to colonize new areas.
Traditional glues made from plant or animal materials can be eaten by fungi. However most modern synthetic glues made from synthetic polymers cannot support the growth of fungi.
They are Unicellular.
Many protozoa are capable of independent movement and can actively hunt for food, whereas most fungi are stationary and absorb nutrients from their environment through decomposition. Protozoa can also reproduce both sexually and asexually, while fungi primarily reproduce through spores. Additionally, protozoa can often thrive in a wider variety of environments, including aquatic and terrestrial ecosystems, adapting to various conditions more readily than fungi.
The Kingdom Fungi are haploid species. Haploid means it has a single set of unpaired chromosomes Most fungi, many algae, and some protozoa are haploid except zygote stage.
Another word is "consumer." All animals are, by definition, heterotrophs; they cannot synthesize their own food and so must eat other organisms for the organic compounds necessary for survival. However most fungi, and many bacteria and protozoa are also heterotrophic.
stratum corneum functions as a physical barrier to light and heat waves, microorganisms(e.g. bacteria, fungi, protozoa & viruses) and most chemicals.
Most fungi, protozoa, and many bacteria are heterotrophs, which means they obtain their energy by consuming organic matter from their environment. These microbes cannot produce their own food through photosynthesis and rely on other organisms for nutrients.
No , most of Protozoa are not photosynthetic hence can't produce O2 .
True. Most fungi are heterotrophic, meaning they cannot produce their own food through photosynthesis like plants. Instead, they obtain nutrients by breaking down organic matter in their environment.
Only some protozoa are decomposers as giant Amoeba . Most protozoa are saprotrophic , some parasitic and some photosynthetic .
Another word is "consumer." All animals are, by definition, heterotrophs; they cannot synthesize their own food and so must eat other organisms for the organic compounds necessary for survival. However most fungi, and many bacteria and protozoa are also heterotrophic.
eukaryotes such as plants and fungi have cell walls in them.
Most organisms in the Fungi Kingdom are non-motile, meaning they cannot move on their own. However, some fungi can disperse their spores through the air or water to colonize new areas.
Heterotrophs, such as most bacteria, all fungi, protozoa, and animals.