How do u classify a eukrayote and a prokrayote?
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Prokaryotes\n1. Their DNA is not enclosed within a membrane.\n2. Their DNA is not associates with histones (the proteins that DNA wrap themselves around in eukaryotic cells)\n3. They lack organelles.\n4. Their cell walls almost always contain peptidoglycan.\n5. They divide through binary fission.\n\nAtomicQuasar, all bacteria are prokaryotes, and thanks for adding that the prokaryotes are smaller and simpler and have plasmid.\n\nEukaryotes\n1. Their DNA is found in the cell's nucleus.\n2. DNA can be found on multiple chromosomes.\n3. They have a number of membrane-enclosed organelles.  Including mitochrondia, endoplasmic reticulum, and Golgi complex.\n4. Their cell walls are simple in chemical make-up.\n5. They usually divide through mitosis.
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What a cool project!  So to answer one of your questions, the crucial distinction among your phyla will be whether or not they're chordates -- which of course includes the vertebrates (but also some invertebrates such as sea squirts and certain worms).  \n\nSo your bipedal wolf (I'm assuming the missing d was a typo, but if "bipeal" is a word from your universe, please let me know) would be phylum chordata, class vertebrata, order mammalia, family canidae, genus canus, species lupus bipedalis (and I'm envisioning something like a cross between Lawrence Talbot and Speaker-to-Animals, without retractible claws).  But that's just off the top of my head.\n\nOne thing I've discussed with my ten-year-old son is the absence of hexapod vertebrates -- e.g. flying horses, winged dragons, etc.  If you were closer, I'd invite you over for coffee and an all-day discussion of where to classify them, and how they evolved.  Since all terrestrial vertebrates have essentially the same structure, it's clear they all shared a common ancestor which makes hexapodal vertebrates, sadly, impossible in our known universe -- so was there a hexapodal (imaginary) marine vertebrate who also scuttled across the floors of silent seas before crawling out of the surf and saying "Hey, the carcharodons can't get me here!  Kewl!"?  ...Which of course suggests all sorts of hexapodal marine vertebrates that shared the same skeletal architecture.  Ooooh, fun.\n\nAnd the final question... so zoology is the study of animals.  There's also cryptozoology, which I've described flippantly as "the study of imaginary animals."  But of course, it's more technically the study of animals that may or may not exist.  So what would we call your zoology, which is the study of animals you've intentionally invented?  Oh, of course, poeiazoology (-poeia, meaing to construct -- as in mythopoeia, the term Tolkien invented to describe the invention of mythologies.)\n\nAnd on that note, elen sila lumen omentielvo!
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There are many different kinds of cells. Eukaryotic (mostly all animal, fungi, and plant cells), Prokaryotic (bacteria), and then there are specialized cells in most organisms. I.E. storage cells, bacteria-fighting cells, hormone producing and recieving cells. I am not sure that there is a set number of different kinds. However, the Prokaryotic and Eukaryotic division is the beginning of differentiation among all cells. It is used to help differentiate different kingdoms of organisms.
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Fungi.\n\nThe first split in the phylogenetic tree comes between the prokaryotes and the eukaryotes.\n\nProkaryotes are cells without nuclei. They include both the bacteria kingdom and the archaea kingdom.\n\nMonera is an old obsolete classification that doesn't mean anything any more, but is more or less synonymous with archaea.\n\nEukaryotes are cells with a distinct nucleus. All multicellular organisms fall into this kingdom, including fungi and humans, thus placing fungi as having the most recent shared ancestor with humans.
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Eukaryotes have organelles and are comparmentalized.  Prokaryotes do not have organelles and are not compartmentalized.
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The first were some stem (basal) tetrapods, derived from crossopterygian fishes. Usually they're classified as amphibians, but they looked very different from modern amphibians. They were large (1 m or more), had fin rays on their tails and more than 5 fingers.\nDo a web search for Acanthostega and Ichthyostega.
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two distinct forms have to be different species... don't really get what you're asking but hope that helps...
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Here is a great website for that sort of research. It has a taxonomic chart with hyperlinks to information, pictures, sounds, and specimens. There are more than a dozen phylums of 'worms' represented with many photos to help with identification. \n\nhttp://animaldiversity.ummz.umich.edu/site/accounts/classification/Animalia.html
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kingdom = animal\nphylum = arthropoda\nclass = Malacostraca\norder = Decapoda\nfamily = Nephropidae (clawed) or Palinuridae (spiny) or Scyllaridae\ngenus = Enoplometopus (the only one I could find)\nspecies = lobster
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Order:......Suborders\nGelisols > Histels, Turbels, Orthels \nHistisols > Folists, Fibrists, Saprists, Hemists\nSpodisols > Aquods, Gelods, Cryods, Humods, Orthods\nAndisols > Aquands, Gelands, Cryands, Torrands, Xerands Vitrands, Ustands, Udands\nOxisols > Aquox, Torrox, Ustox, Perox, Udox\nVertisols > Aquerts, Cryerts, Xererts, Torrerts, Usterts, Uderts\nAridisols > Cryids, Salids, Durids, Gypsids, Argids, Calcids, Cambids\nUltisols > Aquults, Humults, Udults, Ustults, Xerults\nMollisols > Albolls, Aquolls, Rendolls, Gelolls, Cryolls, Xerolls, Ustolls, Udolls\nAlfisols > Aqualfs, Cryalfs, Udalfs, Ustalfs, Xeralfs\nInceptisols > Aquepts, Anthrepts, Gelepts, Cryepts, Ustepts, Xerepts, Udepts\nEntisols > Aquents, Arents, Psamments, Fluvents, Orthents
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eukaryotic\n\neu means true\nkary refers to nucleus\n\nwe have true nuclei in our cells
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Kingdom: Animalia\n \nPhylum: Chordata\n \nClass: Mammalia\n \nOrder: Primates\n \nSuperfamily: Hominoidea\n \nFamily: Hominidae\n \nSubfamily: Homininae\n \nTribe: Hominini\n \nGenus: Homo\n \nSpecies: H. sapiens\n \nSubspecies: H. s. sapiens
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That is not a good question. A cladogram expresses the ancestor-descendant relationships by means of _branches_, not by means of an ascending or ordered system. Thus, a goldfish would not come "before" a horse, nor a lamprey before a platypus. All the animals in your list do not even belong to a single nested group of taxa.\nThe sparrow is more related to the crocodile, the horse with the human and they in turn with the platypus, but all them, as well as lampreys, frogs, goldfish,  have their own evolutionary histories and their phylogenetic relationships are more complex than that.\nTell that to your teacher!
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By structure or by type. Do you mean Blood cell types? If so then they are classified by type. Such as: Erythrocytes, \nPlatelets, Leukocytes...  There are two types of cells, eukaryotic and prokaryotic. Eukaryotic cells are usally found in multi-cellular organisms, while prokaryotic cells are usually on their own. Or do you mean classifying specific cells such as cancer cell types? Or did you mean prison cell types? The question is to broad. The basic cell types are the two stated above. Hope that helps.
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Eukaryotic cells (typical plant and animal cells) are considered to be more advanced than prokayotic cells. Their DNA is contained within a membrane bound nucleus and they contain membrane bound organelles such as mitochondria. They also contain a cytoskeleton which is a series of tubes and microfilaments which are involved with movement within the cell.\n\nProkaryotic cells (eg. bacteria) have no membrane bound nucleus - their DNA is restricted to a region called the nuceoid which is not membrane bound. They contain no membrane bound organelles and have no cytoskeleton. They do contain non membrane bound organelles such as ribosomes ( eukaryotes also contain these)\n\nHope this is of some help.
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Eukaryotic means an organism has a nucleus...prokaryotic means it doesn't have a nucleus.
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Nuclear?  Nuclear envelope?  Nuclear membrane? \n\nThe word 'eukaryote' means 'true nuclei'.  They are talking about the membrane which surrounds the nucleus of the cell.  This is not present in Prokaryotes.