What is a legal traffic cone pattern? Is a straight line a pattern? Does a pattern denote a shape?
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A straight line of traffic cones is a pattern.  \n\nA curved line is also a pattern.  A diagonal line that gradually closes off a line forcing cars to merge is also a pattern.
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one and two. and edge is where two faces meet. think about it, you got that ring at the bottom of the cone, and you have two on a cylinder.
129006
I asked this a couple weeks ago:\nTo answer your question:\nVector graphics are composed of curves connected by points, mathematically defined. A circle is four curves connected by four points. A rectangle is four curves, connected by four points. (No, that wasn't a typo...they are considered curves even though they're straight lines. No, I don't know why...math and I never really got along all that well.) When you want to make the circle larger or smaller, the mathematical formula is redefined, and the circle keeps it's perfect crisp lines. Creature House Expression, Macromedia Freehand, and CorelDRAW are three examples of vector programs. These programs are considered object oriented because everything you make, even text, is an object that can be manipulated independent of other objects and the background (which can also be an object if you put something there, such as a rectangle covering the page.) You can arrange them so they are in front of each other, in back of each other, stack them, or group them. Vector programs are also sometimes called drawing programs, while programs like Adobe Photoshop and Procreate's Painter are paint, or raster programs.\n\nA raster program constructs what you see on screen by using pixels. When you enlarge the picture, the only way it gets bigger is for the pixels to get bigger too, and you lose the nice edges. So when you work in a raster program your best bet is to make your picture the size at which you'll ultimately be using it, because you will be limited in how much sizing you can actually do. And that is the beauty of working with vectors! You can work on a 4" object and enlarge it to 4' if you want. And it'll look just as good at 4' as it did at 4".\n\nSou
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Neither, they´re overlapping circles or intersecting circles.\n \nAn easy way to define "tangent" is "touching but not crossing" lines. In the Audi logo, the lines of the circles cross each other.
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That's only true in some places. It's not a general "rule" at all. If you're in a big city it's VERY unlikely. Small town? Oh yeah.... Usually a "D.A.R.E." license plate or bumper sticker is what is used.
48249
Georgia has a law called "loitering and prowling."  While not verbatim, it states that a person that is in a place not normal and acting in a way that is cause for alarm is committing a criminal offense.\n\nTherefore, if you have someone riding slowly around a neighborhood at 3 a.m. where they don't belong then you have enough to stop them.\n\nAlso, the word probable cause is *WAY* overused.  The standard to perform a traffic stop is "reasonable suspicion".  Probable cause is required to write a ticket or to make an arrest.\n\nReasonable suspicion means that a reasonable person would think that a crime has occurred, is occurring, or is about to occur.  This is all that is required to make a traffic stop.
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i  dont think there is a pattern
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What is s?\n If it is just a number then it is just a straight line. And the intercepts are  (0,1) and (0,0).
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No.\nA straight line is obtained by joining two distinct 'points'.\non this line there lies infinite 'points' between the given end-points.\nSo, a strsaight line is actually a set of POINTS.
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Here's the pattern:\nhttp://knitty.com/ISSUEfall05/PATTbits.html
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it is from a logic work sheet.  directions are find the next item in the pattern.  examples:  12321, 23432, 34543, 45654\na, z, b, y, c, x, d\ntam, tan, rib, rid, rat, raw, hip
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The road colouring problem.\n\nYou're driving to a friend's place, and find yourself at a crossroads unfamiliar to you. So, you call up your friend from your mobile phone and ask for directions. She gives you a set of left/right/keep-straight directions. You thank her, hang up and follow the directions until you get to her place. As you drive up her driveway, you realize that you hadn't even told her where you were when you called her. So, how did she manage to give you the right directions? This is an instance of the road-colouring problem. A road-colouring is a colouring of the edges of a directed graph so that at each vertex, the outgoing edges get distinct colours.  Such a colouring is called synchronizing if there is a sequence of colours (directions) that when followed takes you from any vertex to a pre-defined destination vertex. The road-colouring problem is to identify graphs that are synchronizable, i.e., graphs that admit a synchronizing road-colouring.\n\nIt is easy to prove, using a pigeon-hole principle argument, that given a strongly connected digraph and a\nproper multi-coloring of its edges, there exists a sequence of length at most n^3 that achieves its synchronizing\nnumber.\n\nFor more information see: http://www.dmtcs.org/pdfpapers/dmAE0155.pdf
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{T}--traffic violation\nSPEEDING- type of violation\n051/35-- 51 mph in a 35 mph zone\nPLEA--what whas pled by the defendant in front of the judge, usually guilty, not guilty, or no contest {nolo contendere}\nVER-- the verdict of the judge, usually what was imposed whether it be a fine, time, etc...\nC6530616-- can either be the case number or the ticket number, depends on how you appear in court. if arrested this is a case number, if just given a ticket at the scene, this would be the ticket number..
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st = street\nct = court\nln = lane\nblvd = boulevard\ncir = circle\ndr = drive
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Theoretically, there isn't any significant difference in many cases in actual usage.  Way back when however, a road was often not paved, a street was a paved road, a boulevard was a large street, a lane was a connector between a road and a street, and a court would be a dead end type road or street.
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linear equatin is represented in the form of y=mx+c where m is the gradient of a graph and c is y intersection. traffic flow can be described as number of cars that use a road in a unit of time. if u plot the number of cars versus time, u will get a linear graph. find the gradient of the graph n find the y intersection, u will get a linear equation.
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ok, lets make this simple.\n\nIf a shape can be folded over itself and cover itself exactly, the article is said to be symmetrical and the "fold line" is said to be an axis of symmetry.\n\nA square is a symmetrical shape with 4 axis of symmetry, the two diagnals and one line drawn across it half way up, one line drawn down through it, half way across it.\n\nA circle has an infinate nubber of axis of symmetry, each one being a diameter.\n\nOne way to look at this axis is to think of it as a mirror placed on a plain geometrical shape, the reflection is the other half of the shape.