What is an example of an Organism?
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The Planet in which we all live on.
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In biology and ecology, an organism (in Greek organon = instrument) is a living complex adaptive system of organs that influence each other in such a way that they function as a more or less stable whole.
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The science of life and of living organisms, including their structure, function, growth, origin, evolution, and distribution. It includes botany and zoology and all their subdivisions. \nThe life processes or characteristic phenomena of a group or category of living organisms: the biology of viruses. \nThe plant and animal life of a specific area or region.
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genus, in some instances organisms can create gene flow.i.e. horse and mule. or dog and wolf (which are not same species.)
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What are the major taxonomic categories that we use to organize all life on earth -- species, genus, family, order, phylum, etc?  How many Kingdoms are there and how are they determined?  Give the full taxonomy for Homo Sapiens.\n\nWhat is DNA?  What is RNA?  Describe the steps of RNA transcription.  What is mitosis?  Decribe the steps of mitosis.  How is this different from mieosis?\n\nWhat is a gene?  What is the difference between phenotype and genotype?  What is a dominant gene?  What is a recessive gene?  Why is a dominant gene dominant?  What are the other kinds of gene relationships (co-dominance, etc.)  \n\nDescribe the Theory of Evolution.  What was the evidence Darwin found to come up with the Theory.  How do species evolve over time?  What is speciation and give three examples of how different species can evolve?  What is mutation?  What other times of gene changes are there that are related to evolutionary development?\n\nWhat is an ecology? What are the various types of relationships between species (predation, parasitism, mutualism, commensalism, etc.) and give examples of each. What sort of defenses do species develop against predation?  What sort of features do predators develop in return?\n\nWhat is reproduction?  What are the different kinds of reproduction?  How does reproduction differ between various plant species?  Between animal species?  What are some examples of (I forget the term but) animal features/behaviors that serve only to help with reproduction?  How do these evolve?\n\nWhat is a bacteria?  What is a virus?  What are the differences between prokaryotes and eukaryotes?  What are the major organs in a prokaryotic cell/organism?  How about a eukaryotic cell/organism?  What do each of these do?  What is the current theory on how mitochondria evolved?  What is special about the cell wall and how does it allow material to get across it?  What about the cell nucleus?\n\nWhat is involved in genetic science?  What sorts of things can genetic science do and what are the tools?  What is gene splicing?  What is genotyping and genetic sequencing?  How do these work?\n\nDescribe the major organs and organ systems in the human body.  What is the function of each?  What is the structure of each.  What are some examples of tissue types and how do you recognize them under a microscope?  What are some of the major diseases that humans suffer and what are the symptoms and cures for each?  How is food processed by the digestive system and which food elements are digested in which organs?  What are the more important hormones and neurotransimitters in the human body and what does each do?  \n\nDescribe the different groups of organic molecules important to life -- proteins, carbohydrates, lipids, etc.  What is the molecular structure of each and how are they different?  What is the importance of each and what is their function in the human body?  What is an amino acid?  How many are there, and what do they do?\n\nAnd so much more ... sheesh.
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Bacteria are one celled organisms. They come in 3 shapes. Rods, spheres and spirals. Some have means of transportation like flagella and cilia. Bacteria can be helpful such as in cheese making or pathogens causing disease. others are helpful in decomposing or in helping plants in the nitrogen cycle.
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The term you are looking for is "autotrophs."  The word means "self-feeders" and these types of organisms can synthesize their own energy-rich organic molecules.  They do not require any organic molecules from outside sources; only inorganic molecules.\nAutotrophs include plants and other photosynthetic organisms, and chemosynthetic bacteria (who form their food from chemicals).  \nAs a side note, heterotrophs are the organisms that cannot create their own food.\n\nHope this is helpful :-)
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1. what are the 5 characteristics for living things? \n2. Is a peach pit a living thing? Why or Why not?\n3. what are unicellular organisms?\n4. what are multicellular organisms?\n5. what is energy? which organisms use it ?\n6. what are chemical reactions?\n7. what is reproduction? which are its types?\n8. state 5 necessities of any organism?\n9. what is homeostasis?\n10. what is the difference between cell, tissue, organ, and organ system? \n\n\n\nmaybe some of these questions aren't from the topic you need.... sorry .... i hope this helps!
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An animal is defined as a multicellular, eukaryotic organism that has to eat food to obtain energy and does not have chitinous cell walls. These characteristics set animals apart from all the other kingdoms of life: plants (which have cell walls, but make their own food), fungi (which have cell walls), protists (unicellular), monera (prokaryotic, unicellular).
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The largest extant organism is the honey mushroom which can spread 2,200 acres (1,665 football fields) underground.  The second largest living organism is General Sherman, a giant sequoia. It's 272ft tall, has a circumference of 109ft at its base, and weighs nearly 1,400lb.
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It is a characteristic of the organism, made by nature.
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Prokaryotic- does not have a nucleus or organelles other than ribosome. An example of this would be bacteria\n\nEukaruotic- has a nucleus and organelles.  An example would be plants and animals
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Of the million or more animal species in the world, more than 98% are invertebrates. Invertebrates don't have an internal skeleton made of bone. Many invertebrates have a fluid-filled, hydrostatic skeleton, like the jelly fish or worm. Others have a hard outer shell, like insects and crustaceans. There are many types of invertebrates. The most common invertebrates include the protozoa, annelids, echinoderms, mollusks and arthropods. Arthropods include insects, crustaceans and arachnids.
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first they are all animals\nsponge\n(cells not differentiated into tissue)\njellyfish\n(single opening to digestive tract)\ntapeworm\n(tissue differentiation but no symmetry)\nstarfish\n(complex tissue differentiation, radial symmetry)\n\nearthworm\n\nsnail\n\ncentipede\n\nhuman
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in what kind of organism???\n\nit must be a lot for polychaeta, about 2 or 3 pairs in each segments.\n1pair  for oligochaeta
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biotic:\n\nalgae, protozoans, snails, worms, leeches, dragonflies, frogs, giant water bugs, water striders, backdivers, cattails, spirogira, etc.\n\nabiotic:\n\ntin cans, plastic bags, oil, coins
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The answer to your question is (C). \n\nEvery living organism is made up of one or more cells, all cells arise from preexisting cells, the smallest living organisms are single cells, and cells are the functional units of multicellular organisms.\n\n"Virus - a non cellular parasitic particle that consists of a protein coat surrounding a strand of genetic material; multiplies only within a cell of a living organism (the host)."