How is math used in zoology?
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It's used extensively. Examples would be\n\n- statistics in the design and analysis of experiments, estimating population sizes, analyzing genetic relatedness\n- calculus in many models that seek to describe living systems, populations, ecosystems, evolution\n\nA good understanding of mathematics is not an absolute prerequisite for a zoologist, but it will allow one to do (and see) much, much more than is possible without it.
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e=mc^2\ne=elephant\nm=mouth\nc=canines\nc=chew-speed
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Mathematical model are widely used in agriculture in or der to determine variation of populations of plants or animals.\n\nYou have a link  in source
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First you need to start  studying zoology!  You can start with a  BS in zoology, with it you will be able to at an animal reserve, zoo or a museum. If you want to do  research then  after the BS move to a PhD in zoology or animal behavior!\n\nThere are many options start looking at  the  university web pages!\n\n\nIf you already have study it then , send your resume to zoos, companies and even  amusement parks that deal with animals! Its easy to reach them via web pages! You can also wrote to university professor you can have a work as a technician.
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there are several methods,\n\nalmost all mathematical calculations like add, subtraction...... have many ways to calculate......\n\ncheck the website below to find alternate ways to calculate
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http://www.exploratorium.edu/learning_studio/cool/mathematics.html
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Study biology. Not very much math there, it will be the core component of veterinary studies. Microbiology, immunology, physiology...all good stuff. And the English helps-being able to communicate well is important. \nBut probably just as important as the biology is BUSINESS KNOWLEDGE. STUDY BUSINESS. Double Major if you must. There will be more math in Business than biology, but it won't be very hard. \n\nWhat a lot of would-be vets don't realize is that when you become a "vet" out in the real world, you often times work for yourself, or in a partnership. You might start off in somone else's practice at first, but if you want to have your own clinic, you will have to purchase (or lease) a LOT of VERY EXPENSIVE equipment. You will have to bill clients. You will have to maintian a pharmacy and a balance sheet. If you study business, you will be more prepared for this aspect of being a vet. A lot of vets end up making next to nothing because they are not prepared for the financial burdens that they have. \n\nBut if you are intimidated by that much math, then try history or literature or language studies. The world needs good teachers.
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I would look here for your answer and/or a link that could get you your answer http://en.wikipedia.org/wiki/Vertebrate\n\nGood Luck!!!
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mammalogy, also known as biology
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This is from the US Department of Labor's Occupational Handbook:\nSince ethology is a section of Zoology...\n"Zoologists and wildlife biologists study animals and wildlife—their origin, behavior, diseases, and life processes. Some experiment with live animals in controlled or natural surroundings, while others dissect dead animals to study their structure. Zoologists and wildlife biologists also may collect and analyze biological data to determine the environmental effects of current and potential use of land and water areas. Zoologists usually are identified by the animal group studied—ornithologists (birds), mammalogists (mammals), herpetologists (reptiles), and ichthyologists (fish)."
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Math is used all the time in the engineering sciences.  Many physical phenomena, including fluid flow, heat transport, and diffusion can be described by appropriate partial differential equations.  In order to solve these equations and make predictions, you need to be good at calculus.\n\nIf you limit yourself to addition, subtraction, multiplication, and division, you would be stuck with linear models for everything.  This means that any more complicated relationship between two variables could not be modeled continuously, and you would never be able to extrapolate with any confidence.  Thus development of new technology would be strictly trial and error (and you wouldn't even have a good trial and error system without statistics).\n\nHang in there!  Get through that math.  You don't have to like it, but you will inevitably appreciate the developments that math has enabled.
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Vedic Mathematics is an Indian system for doing large calculations, mainly arithmetic, mentally, or at least greatly simplified and not requiring paper.\nThe techniques are based on sixteen Sutras, or mathematical formulae. \n\nFor easy memorisation, the numerals 0..9 have multiple names so that sutras be written in rhyme or even as prayer, see third link below (rgupta) which has lots of illustrative examples for several sutras.\n\n[wikipedia says] Developed by Shri Bharati Krishna Tirthaji which he claimed he had based on a lost appendix of Atharvaveda, an ancient text of the Indian teachings called Veda. It has some similarities to the Trachtenberg system in that it speeds up some arithmetic calculations. It claims to have applications to more advanced mathematics, such as calculus and linear algebra. The system was first published in the book Vedic Mathematics ISBN 8120801644 in 1965. The system has since been developed further and there have been several other books released.
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1) Differentiate it and put into the refrigerator\nThen integrate it in the refrigerator\n2) Redefine the measure on the refrigerator (or the elephant).\n3) Apply the Banach-Tarsky theorem.\n\n\nNumber theory:\n1) First factorize, second multiply.\n2) Use induction. You can always squeeze a bit more in.\n\nAlgebra:\n1) Step 1. Show that the parts of it can be put into the refrigerator\nStep 2. Show that the refrigerator is closed under the addition.\n2) Take the appropriate universal refrigerator and get\na surjection from refrigerator to elephant.\n\nTopology:\n1) Have it swallow the refrigerator and turn inside out.\n2) Make a refrigerator with the Klein bottle.\n3) The elephant is homeomorphic to a smaller elephant.\n4) The elephant is compact, so it can be put into a finite collection\nof refrigerators. That's usually good enough.\n5) The property of being inside the refrigerator\nis hereditary. So, take the elephant's mother,\ncremate it, and show that the ashes fit inside the refrigerator.\n6) For those who object to method 3 because it's cruel to animals.\nPut the elephant's BABY in the refrigerator.\n\nAlgebraic topology:\nReplace the interior of the refrigerator by its\nuniversal cover, R^3.\n\nLinear algebra:\n1) Put just its basis and span it in the refrigerator\n2) Show that 1% of the elephant will fit inside the refrigerator.\nBy linearity, x% will fit for any x.\n\nAffine geometry:\nThere is an affine transformation putting the\nelephant into the refrigerator.\n\nSet theory:\n1) It's very easy!\nrefrigerator = { elephant } 2) The elephant and the interior of the\nrefrigerator both have cardinality c.\n\nGeometry:\nDeclare the following:\nAxiom 1. An elephant can be put into a refrigerator.\n\nComplex analysis:\nPut the refrigerator at the origin\nand the elephant outside the unit circle.\nThen get the image under the inversion.\n\nNumerical analysis:\n1) Put just its trunk and refer the rest to the error term.\n2) Work it out using the Pentium. \nStatistics:\n1) bright statistician.\nPut its tail as a sample and say "Done."\n\n2) dull statistician.\nRepeat the experiment pushing the elephant to the refrigerator\n\n3) Our NEW study shows that you CAN'T put the elephant\nin the refrigerator.
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Nature is hardly mathematical !!\n\nTh
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Math is the language of Science
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numbers, statistics, algerbra, formulae, graphs, calculator qustions
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None. Oh and what's this doing in the zoology section?