BIO UNIT 4. BACTERIA, PROTOCTISTA, AND FUNGI

Bacteria: They are the most abundant organisms on the planets. They were probably the first living things. They are the less abundant oranisms on the planets. They were probably the last living things. They are famous because some parasite species produce Infections!.

Bacteria. They are the only living things with prokaryotic cells. All of them are Unicelular. Although they can live in groups. Although they can not live in groups. All of them are not Unicelular. They are not the only living things with prokaryotic cells. They are not multicelular. Bacteria can have different shapes. Bacteria can not have different shapes. Bacteria have only one shape.

All bacteria have reproduction... by cell division. by cell multiplication. by cell sum. by cell subtraction.

The cells ... can multiply very fast. can subtract very fast. can be divided very fast. can be sum very fast.

Most of cells have. heterotrophic nutrition. autotrophic nutrition.

Cyanobacteria bacgteria group have. autotrophic nutrition. heterotrophic nutrition.

The ones that are heterotrophic have three ways to feed: they can be parasites. they can be symbiotic. they can be saptophytes. they can be abiotics. they can be paraphytes. they can be biotic.

The parasites. feed from the cells of alive organisms. get food from living things, giving something in return. feed from dead living things.

The Saptophytes. feed from the cells of alive organisms. get food from living things, giving something in return. feed from dead living things.

The Symbiotic. feed from the cells of alive organisms. get food from living things, giving something in return. feed from dead living things.

Bacteria are famous because some parasite species produce Infections. In our organism. they multiply. they start feeding from our cells. they divide. they start feeding them self. the start feeding from our food.

Check the true about beneficious bacterias. most bacteria are intestines. Intestines bacteria are known as the intestinal flora. most bacteria are external. intestines bacteria are known as the intestinal flower.

The intestinal bacterias help us. with the defecation and digestion. protect us against harmful bacteria. with the defecation and breath. with the breath and digestion. protect us against harmful virus.

We can also find a lot of bacteria in the intestines and. respiratory system. on our skin. our hair. our knees. our elbows. our ears.

Bacteria can also be used for many things. to make products like cheese, yogurt, etc. to make petrol products (oil, gas, etc.). to obtain medicines. to obtain minerals.

The Kingdom Protista, also called Protoctista is: all those eukaryotic cells that can be classified in two: Protozoa and Algae. all those prokaryotic cells that can be classified in two: Protozoa and Algae. all those eukaryotic cells that that can be classified in two: Protozoa and Fungi. all those eukaryotic cells that that can be classified in two: Algae and Fungi.

Check the true about Protoctista. There are two types of Protoctista. There are four types of Protoctista. Protocista can divided in protozoa and algae. Protocista can divided in protozoa, algae, plants and animals.

There are two types of Protoctista, which are they?: Protozoa, which are heterotrophic. Algae which are autotrophic. Plants which are autotrophic. Animals.

Protozoa are.... Unicellular, heterotrophic and eukaryotic organisms. They can feed by being predators. They can feed by being autotrophic. Multicellular heterotrophic eukaryotic organisms.

Heterotrophic are.... living things that get its food from other plants or animals. living things that get its food from the sun. dead things that get its food from other plants or animals.

Eukaryotic organisms are... any cell or organism that possesses a clearly defined nucleus. any cell or organism that possesses a clearly defined organs. any cell or organism that possesses a clearly defined membrane.

most protozoa and algae. multiply by asexual reproduction. multiply by sexual reprodution. multiply without reproduction.

In protozoa there are too, some cases... of sexual reproduction. of asexual reproduction. of sexual production. of asexual production.

Protozoa, as we said, are unicellular heterotrophic eukaryotic organisms. They can feed by ..... lync the correct answer. parasites. predators. saprophytes.

Algae are. autotrophic. saprophytes. protoctista. authotropic.

Protoctista. This kingdom includes simple living things with eukaryotic cells. This kingdom includes simple living things with prokaryotic cells. This kingdom includes simple living things with saptophytes.

To treat diseases caused by bacteria we can use. antibiotics. anti-inflamatory. anti-ageing.

Algae are autotrophic but can be. unicellular. multicellular. saprophyte. heterotrophic. Fungi.

Unicellular algae an protozoa are the main components of. plakton. heterotrophic. antibiotics. fungi. placthon.

Protozoa are the main components of plakton that. serves as food for many aquatic animal. serves as aquatic animal for many food. serves as food for many terrestrial animal. serves as food for many protozoas.

Fungi is... A plant-like organism that does not make chlorophyll. An animal-like organism that does not make chlorophyll. A protozoa-like organism that does not make chlorophyll.

Fungi can have... asexual reproduction, by spores, or sexually reporduction. asexual reproduction, by spores. a sexually reproduction, by spores. a sexually reproduction.

Fungi... serves as food for many aquatic animal. feed on many marine oranisms. serves as food for many acuatic animal.

Fungi... are prokariotic. are eukariotic. possesses a clearly defined nucleus. lack a defined nucleus.

Many .... (check the true). Multicelular fungi have mushroom for the reproduction. Uniceluar fungi have mushroom for the reproduction. Abundant group of fungi are moulds that appear on food. Abundant group of fungi are moulds that appear on stones. fungi can be use to obtain medicines like antibiotics. antibiotics can be use to obtain fungies like medicines.

We can use fungi to obtain some types of food. to food directly (mushrooms). or indirectly like yearst, used to make bread, beer, wine, etc. to food directly (mushroms). or indirectly like years, used to make bread, beer, wine, etc. or indirectly like yearst, used to make bread, bear, wine, etc. like steaks.

Lichens. are organisms produced by Symbiotic relationships between cyanobacteria or algae, with fungi. are organisms produced by Symbiotic relationships between cyanobacteria or algae, with protozoa. are organisms produced by Symbiotic relationships between protozoa or algae, with fungi. are organisms produced by Symbiotic relationsips between cyanobacteria or algae, with fungi. the algae/cyanobacteria make Organ nutrients for the fungi and the fungi offer protection against dehydratation in exchange. the algae/cyanobacteria make Organ nutrients for the protozoa and the fungi offer protection against dehydratation in exchange.

Symbiotic is. involving interaction between two different organisms living in close physical association. "the fungi form symbiotic associations with the roots of plant species". involving interaction between one organisms living in close physical association. "the fungi form symbiotic associations with itself". an organism that lives in or on an organism of another species (its host) and benefits by deriving nutrients at the other's expense.

Parasite is. involving interaction between two different organisms living in close physical association. "the fungi form symbiotic associations with the roots of plant species". involving interaction between one organisms living in close physical association. "the fungi form symbiotic associations with itself". an organism that lives in or on an organism of another species (its host) and benefits by deriving nutrients at the other's expense.

the algae/cyanobacteria... (choose 2). make Organ nutrients for the fungi. the fungi offer to the algae protection against dehydratation in exchange. the fungi offer nutrients for the algae. the algae offer to the fungi protection against dehydratation in exchange.

Viruses (choose 2). have some charecteristics of living things. havn't any charecteristics of living things. they aren´t considered living things. they are considered living things.

Viruses (choose 2). They need a cell to reproduce. They need a virus to reproduce. can be fought with antibiotics. can be fought with nutrients.

Plants (choose 2). have eutkaryotic plant cells. have prokaryotic plant cells. are multicellular. are monocellular.

The difference between plants and multicellular algae is that (choose 1). plants have tissues groups of cells with specific functions. plants haven't tissues groups of cells with specific functions.

Plants have autotrophic nutrition. They make their own Organic nutrients. They don´t make their own Organic nutrients. They feed from another animals. They do it by transforming inorganic nutrients, like Water and leaves minerals. They do it eating another organics nutrient from other animals.

The plants make their own Organic nutrients. They do it by: (choose 3). 1-absorbing through the roots inorganic nutrients like water and minerals. 2-absorbing gas Co2 taken through the leaves. 2-absorbing gas Co2 taken through the roots. 1-absorbing through the leaves inorganic nutrients like water and minerals. 3-transforming inorganic nutrients to organic nutrients with de sun energy. 3-transforming organic nutrients to inorganic nutrients with de sun energy.

The plants absorbing through. the roots inorganic nutrients like water and minerals. the leaves inorganic nutrients like water an minerals. the roots organic nutrients like water and minerals. the leaves organic nutrients like water and minerals.

Photosynthesis is. the process by which green plants use sunlight to synthesize nutrients from carbon dioxide and water. the process by which animals use sunlight to synthesize nutrients from carbon dioxide and water. the process by which green plants use dark to synthesize nutrients from carbon dioxide and water. the process by which green plants use sunlight to synthesize nutrients from carbon dioxide and sand.

Photosyntesis is. the process by which inorganic nutrients are transformed into organic nutrients with the help of the energy from the sun. the process by which organic nutrients are transformed into inorganic nutrients with the help of the energy from the sun. the process by which inorganic nutrients are transformed into inorganic nutrients with the help of the energy from the sun. the process by which organic nutrients are transformed into organic nutrients with the help of the energy from the sun.