How are Vectors Important in every day life?
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Whenever the speed and direction of motion are involved, we experience vectors, and our minds unconsciously solve vector equations that allow us to intercept a moving object like a thrown ball. This enables us to run toward where the ball will be when it comes down, rather than chasing toward it throughout its flight. Not only do we predict the ball's path based on its velocity and gravitational acceleration, but we compensate for wind disturbance as well by incorporating information based on its drift rate in our visual frame. It's true we don't deal with it as a vector math situation, with numerical values in 3 coordinates. Instead we can be said to view the situation as a 2-coordinate problem (height and ground track) with lateral adjustments, and we solve it continuously and holistically.
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Basically everything you use in your life was developed by an engineer.  Cars, highways, fabrics, computers, planes, EVERYTHING.
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As important as the experiment they perform.\n\nUntil then, they are just materials for an experiment.
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You may be thinking of homeobox genes. These genes are crucial to early development and have been greatly conserved between groups of organisms. The genes tell the embryo what the basic body plan is. If there's a homebox mutation, you may end up with three arms or a leg where an arm goes, etc. These genes are very important but they aren't the only ones and I'm not sure you could say that any genes are "dedicated to protecting the substance of each biological life form."
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The most important are the pathogen capacity to:\n- infect mosquito midgut cells and replicate\n- scape midgut cells towards mosquito circulation\n- infect mosquito salivary gland in order to be transmitted in the next blood feeding\nMany virus or different pathogens are not capable of doing all that inside any mosquito. It really depends on an intrinsic interaction between the pathogen and the mosquito, that has an innate immune system and a lot of other strategies working to prevent this infections.
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They are all important hmmm I would have to say Family and School are most important.  speaking from years of experience and being able to look back.  \n\nSocial life is nice. It is for the moment though.  Family is for your life.  So if you don't put importance on it now - it will affect how things are in the future.  The same thing goes for School - if you don't put the time in and try to do well - in the future you will probably regret it.  \n\nFriends will come and go - good ones will STAY.  So you will have the time for the social life when that time is right.  Don't screw up your family relationships and your future by putting your social life first.
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Plasmids are little loops of DNA. They can act as vectors ("carriers") in genetic engineering. The donor DNA is inserted into the plasmid/ vector, which can then be inserted into a bacterial cell, typically a non- pathogenic species. This will transform the cell. Large numbers of these bacteria are then produced in conditions which favour synthesis and secretion of the desired gene product. \n---> Important for the artificial production of hormones etc.
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The Economic Importance of Bacteria\n Bacteria affect the lives of the average man in countless ways. They may be pathogens, such as these Clostridium tetani. These bacilli are the pathogens responsible for causing tetanus in humans. \n Other organisms may serve as vectors to spread bacteria. Flies, cockroaches, biting insects, rodents and other animals get a lot of the blame for transmitting diseases to humans. But if the truth be told, you're in a lot more danger of contracting somethign dangerous from personal contact with your fellow Homo sapiens than you are from being licked by a fly (or your dog!). \n Nitrogen-fixing bacteria (such as these Rhizobiumsp.) inhabit the root cells of plants in the legume family (Fabaceae). These moneran symbionts convert gaseous nitrogen from the atmosphere (N2) into usable "fixed" nitrogen (ammonia, nitrite and nitrate) which can be absorbed by the roots and used by the plant to manufacture protein and nucleic acids. \n Other bacteria, such as these Streptomyces spp., are sources of life-saving medicines. This genus yields the powerful antibiotic known as streptomycin. Actinomycetes are the source of actinomycin.
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First, you need to know what a vector is and how to use it.  Then you must use it to create a vector object that holds an array of string objects.  Then you must load your data into it at an appropriate point in the procedure, there are a couple of options here.  Starting with the information available from the URL below, I think you should find a way that will work well.  Good luck.
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The first and most important thing is for the surface area to volume ratio. The smaller the ratio, the more efficient the cell.\n\nAlso, cells are building blocks of something bigger. If we had huge cells, imagine how big we'd have to be in order to hold trillions of them. ;)\n\nThat's about it in the nutshell.
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Programming is very important because it allows us to study the modeling of knowledge in terms of making it executable.\nAs we research ways to program computers, we also learning about areas related to describing structures of information.\nAt the moment, we can only program electronic devices (although some exceptions do apply), but it wont be long until we can program biological devices. The study and application of informatics will then be even more important to man as it will embrace and influence all aspects of human life.
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1.www.physics.uoguelph.ca/tutorials/vectors/vectors.html \n2.mathforum.org/~klotz/Vectors/vectors.html
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The notion of a Vector space, a mathematical system of a certain kind, has developed into one of the richest concepts in both pure and applied mathematics.\n\nThe concept of vector space pervades mathematics, engineering and the sciences. The questioner is surely familiar with vectors in the form of directed line segment or columns of numbers studied in calculus and mechanics. \n\nThe scope of a general notion of vector is much broader than these examples. For example, functions, matrices and the operation of differentiation will turn out to be vectors.\n\nVector spaces turn up in a wide variety of studies. For example, vector space arise naturally in the study of solutions of systems of equations, geometry in 3-space, solutions of differential equations, finite elements, discrete and continuous Fourier transforms, quantum mechanics, approximation theory and the study of a wide variety of other mathematical and scientific disciplines
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biotechnology will soon be the most important job, it helps in everything and it is growing really fast. I am planing to study it.
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i think the 2 characteristics of a vector are-\n\nit has a definite direction and it follows the vector addition. i hope thats correct!!
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Benefits are numerous. Computers enable us to make life easy by increasing the efficiency of offices, schools and persons. Science and Arts can make great progress with the help of computers. And we enjoy the fruits of them. Instant communication bridges the gap between people - relatives, friends and enemies, as well as researchers and thinkers.\n\nHowever, computers are not without their drawbacks. They can create an illusion of the world which may be different from reality. Many become so dependent on computers that they feel helpless without. Also, you can get ache, cramps, blood clots and impaired vision from excessive use of computer. Without going outdoors or using cars, together with physical inactivity can even kill a person. Because these can beget diabetes or other serious ailments.\n\nMan will certainly overcome these bad effects and derive much benefits from use of computers, in days to come.
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Computers let us speed up our calculations first.  Then, some very samrt people found the way to make computers help organizing, comunicating and sharing information.  In today´s world, computers are the most essential component of any organization intended to run something bigger than a house.  They are everywhere and we have become dependent on them.