Want this question answered?
they form together to make the natural gas form
You.Must.Use.Another.Website.In.Order.To.Answer.This.Question. Please Do Not Use This Website For This Question Ever Again (:
Yo mom has biggah sells den yo dadday
Internal structures of organisms refer to the organs, tissues, and systems that make up their body. These structures include the digestive, respiratory, circulatory, nervous, and reproductive systems, as well as organs such as the heart, lungs, liver, brain, and kidneys. These internal structures are responsible for carrying out specific functions necessary for the organism's survival and overall well-being.
Microbes (Microorganisms) are classified in the following types.The first group consists of the Prokaryotes:* Bacteria * ArachaeaThe second group is made up of the Eukaryotes:* Protists * Microscopic Animals * Fungi * Microscopic PlantsProkaryotes are organisms that lack a cell nucleus and other "organelles", which are specialized parts of the cell that carry out specific functions and usually are separated from the rest of the cell by a membrane. This group includes bacteria and arachaea. Arachaea used to be considered just a different type of bacteria, but based on their RNA, scientists now know they developed separately. Study of them as a separate group is just beginning and there is still much to know about the differences and similarities between them and bacteria.Eukaryotes differ from Prokaryotes in that they dohave cell nuclei separated within the membrane structures of the complex cells. There are also other specialized and membrane-bound structures in Eukaryotes which are the "organelles". Examples of organelles are: Mitochondria, Chloroplasts, and Gogi bodies. Eukaryotes also differ from Prokaryotes in how their cell division works. Most living organisms, including animals and humans, are Eukaryotes.The Eukaryotes that are microbes are the:Protists: Protozoa (one-celled animal like organisms), Protophyta (plant-like organisms that are made up mostly of one-celled algae), and fungus-like protistssuch as slime molds and water molds.Microscopic Animals: Microscopic arthropods (dust mites, spider mites), microscopic crustaceans (copepods, cladocera, microscopic nematodes), rotifers (fresh water filter feeders), plankton, planarian, and amoeba.Microscopic Fungi: Baker's yeast, Fission yeast, and microscopic pathogenic yeasts (such as Candida albicans).Microscopic Plants: One of the largest groups of microscopic plants are the Green Algae. There are around 6000 species of Green Algae and most, but not all, are microbes.Viruses are not considered microbes by scientists in this area of microbiology since they are not alive, they are inanimate particles that function similarly but are not technically microbes or living organisms. And, they are smaller than microbes, since they are sub-microscopic, requiring electron microscopes to visualize.(See the related links section to access more information from the Internet)
autotrophs
No, plankton are microscopic plants and animals. They either make their own food from sunlight or eat other microscopic organisms.
The 3 characteristics can be seen in elodea microscopically are cell wall, large central vacuole and chloroplasts. When looking under a microscope at elodea you can see the basic structure of plant cells.
they form together to make the natural gas form
Many of these are consumers just as humans are. They can eat debris and even each other. There are millions in our digestive tract and they break down left over food. A few of the microbes can make their own food and are called cyanobacteria and blue green algae.
Heterotrophic organisms do not make their own food. Example: Humans.
You.Must.Use.Another.Website.In.Order.To.Answer.This.Question. Please Do Not Use This Website For This Question Ever Again (:
Yo mom has biggah sells den yo dadday
Consumers are organisms that cannot make their own food.
No, because the use now would be the use then which is not really vestigial.
Internal structures of organisms refer to the organs, tissues, and systems that make up their body. These structures include the digestive, respiratory, circulatory, nervous, and reproductive systems, as well as organs such as the heart, lungs, liver, brain, and kidneys. These internal structures are responsible for carrying out specific functions necessary for the organism's survival and overall well-being.
Humans are unable to make their own folate. Folate is necessary for the production of DNA and RNA so humans must eat folate produced by other organisms which is why humans are unaffected by the action of sulphonamides.