How do I do Organizing Coordinate Geometry?
95183
thats not a big issue.....u can rearrange the letters to numbers...for example if the problems lists the coordinates as a,b,c,d etc....mark a=1, b=2, c=3 atc....\nhope this helps
638243
1) think of  a series of disks stacked on top of eachother, so thier centers are aligned.  Each disk has a slightly smaller radius then the one under it.  If the disks are very thin (infinately so), and you stack enough of them so that the top disk has a radius of zero (a point), then you have a  cone. \n\n2) Take a circle, and remove some portion of it- like a pizza with one or more pieces removed. Take the remaining portion of the circle, and roll it, so that the straight edges adjoining the removed section are connected together along their entire lengths, and you have a cone.
113206
Sure.  Start with this link.  And please don't cry. :-)\n\nAdded:  First of all, all an org chart is a a visual representation of the information supplied in the link I gave you.  You could create one yourself.  Secondly, I found no such organizational chart on the Internet.\n\nBe creative and make your own, for goodness sake!
932841
This might help --> http://www.uwm.edu/~ericskey/TANOTES/Geometry/node15.html
703288
Cool geometry im learning this in class 2bad i cant help u cuz im faling -.-
659736
Not a site, but I suggest you invest in something called Mathcad.\nTeach, please note, it is a site not a sight! Unless you were 'looking' for the answer... sorry!
920579
use synthetic  divsion method \ni think this link would help\nhttp://www.purplemath.com/modules/synthdiv.htm
518004
You would need to disect the polygon into two shapes.  A triangle and a rectangle.  Figure the volume of those individual pieces and then add them together.
1989
I assume you are talking about vector analysis.  The graphical method would be drawing the vectors head to tail and to scale. and then drawing in the resultant and using your ruler and protractor to measure the displacement and angle.
967181
depends on the variable, you could use a dot density map or a cartogram or a choropleth map, or evenanother type of map
792270
Hi I assume you mean an unsymmetrical item. I also assume you want a best fit. I have done similar things on a computer but not by hand. The computer finds three point most distant from the centroid and uses these points as pivots for three orthogonal planes. Not sure of the rest.
82197
You must first of all fix a system of coordinates
70364
Well, it would depend what graphics toolkit you're using, what operating system, etc. It would probably involve:\n\n1. creating a window\n2. creating a canvas or drawing area\n3. creating all the elements of a clock on the canvas.\n\nThe "hard" part is 3, where you probably have to use trigonometry to turn your circular clock coordinates into the usual cartesian coordinates.
78504
geometry is the link.
609714
Take a compass and a bar magnet and let them trace the field lines. Or better yet, take a piece of paper with metal shaving on it, then place a magnet underneath. The shaving will align with the field lines. Pretty cool.
499636
Look here:\nhttp://www.posc.org/Specifications/Epicentre_V30/DataModel/LogicalDictionary/StandardValues/projected_2d_coordinate_system.html\n\n\nhttp://www.ldeo.columbia.edu/res/pi/MB-System/html/mbmosaic.html
991890
Try the 2-2 pattern. it's the best way. The 3 is done with that criss-cross pattern, but the 2-2 allows you to continue the circle, just make it have a big radius