Yes, parasitic worms are generally larger than protozoa. Parasitic worms, such as tapeworms and roundworms, can range from a few millimeters to several meters in length, while protozoa are typically single-celled organisms that are usually microscopic, often measuring just a few micrometers. This significant size difference is one of the key distinctions between these two types of parasites.
protozoa are eukaryotes so quite big, however fungi have very long hyphae so a big volume but small diameter
The protozoa are larger and easier to see. There are a lot more bacteria because after all they are what the protozoa are feeding on but they at the very limit of resolution for most light microscopes. They are also less obvious because most don't move.
A parasitic cone is a smaller cone-shaped volcanic structure that forms on the flanks of a larger volcano. These cones are formed from eruptions of lava, ash, and other volcanic materials that are typically less explosive than those from the main vent of the volcano.
No, protozoa are single-celled organisms that exist independently as individuals rather than forming multicellular colonies. They are part of the protist kingdom and exhibit a diverse range of structures and behaviors as single-celled organisms.
No. ....But as you probably guessed, they are related.This is the naming system referred to as Traditional Whittaker system of classification.There are 5 Kingdoms:Monerans, Plants, Fungi, Animals, and PROTISTS.Then you have those 5 broken down into subkingdoms, (then phylum, class, order, family genus, and species.) Protistshave 2 subkingdoms: Algae, and PROTOZOA.(The Protozoa subkingdom consists of these 7 phyla: Sarcomastigophora, Ciliophora, Apicomplexa, Microspora, Ascetospora, Myxozoa and Labyrinthomorpha.) Protozoas are heterotrophs, which means, they rely on organic nutrition to get chemical energy.So, not all Protists are Protozoa, some Protists are Algae.I hope that helps.
Only parasitic worms adapted to living in digestive tracts can do so. Worms of that type live and grow in the intestines rather than the stomach.
protozoa are eukaryotes so quite big, however fungi have very long hyphae so a big volume but small diameter
Meal worms are much smaller and softer than super worms. Also, super worms in beetle form are much larger and malodorous than the beetles that come of meal worms.
The parasitic worms of animals are of varying lengths. Some are shorter than an inch while others can be several inches long.
The protozoa are larger and easier to see. There are a lot more bacteria because after all they are what the protozoa are feeding on but they at the very limit of resolution for most light microscopes. They are also less obvious because most don't move.
Unsegameted worms offen are larger and their shape makes them more popular since flat worms aren't noticed so the more popular the more advance.
not exactly. worms, like most animals, depend on instinctive behavior rather than logic. worms do not wonder if the cooler soil to the left is richer and more nutritious for its health than that of the right side of the worm. instead the worm self navigates through the ground as it feeds on the nutrients from the ground. however parasites are dependent on its host for nutrients and survival, therefore if the host is unhealthy then the worm is unhealthy. parasitic worms do not have the instinctive options that humans and other types of worms do. parasitic worms primarily rely on its host.
A parasitic cone is a smaller cone-shaped volcanic structure that forms on the flanks of a larger volcano. These cones are formed from eruptions of lava, ash, and other volcanic materials that are typically less explosive than those from the main vent of the volcano.
More symbiotic than parasitic.
Yes, because they are made up of lots of molecules themselves. However there are some extremely large molecules a simple example are network covalent compounds which can have quite large crystals (an example is silicon dioxide, quartz) and these are much larger than protozoa.
Worms and ants are more closely related than worms and spiders. This is because worms (which are annelids) and ants (which are insects) are both part of the larger group of arthropods and share a more recent common ancestor. In contrast, spiders belong to a different phylum (arachnids) and have a more distant evolutionary relationship with worms.
Pyrethrum is primarily used as an insecticide and is effective against a variety of pests, but it is not designed to kill hookworms, which are parasitic worms. Hookworms typically reside in the soil and are not affected by pyrethrum, as it targets insects rather than parasitic helminths. For controlling hookworms in grass or soil, other treatments such as specific anthelmintics or nematicides would be more appropriate.