What are the uses of geometry in real life?
464355
Architecture uses the science of Geometry to design and construct houses.  Art designers sometimes use geometry when designing Arts made of mental and configured Art statutes of complex designs and shapes.  Carpenters use Geometry to build houses, doorways, staircases and other fixtures in houses.  Designers of space crafts, air planes, cars, trains and ships use the science of Geometry.
24869
List is a bit long, so heres the link:\nhttp://en.wikipedia.org/wiki/List_of_geometric_shapes
983182
Geometry is used in the field of surveying.\nProbability is used in all fields were estimation is required. It is also used in physics & science.\nStatistics are every-day things, like weather  charts, money spending, birth & death rates, etc.
1129874
geometry:the pure mathematics of points and lines and curves and surfaces\n\nGeometry (from the Greek words Geo = earth and metro = measure) is the branch of mathematics first popularized in ancient Greek culture by Thales (circa 624-547 BC) dealing with spatial relationships
703288
Cool geometry im learning this in class 2bad i cant help u cuz im faling -.-
188634
Geometry is related to soccer in many ways.  Some of them have already been listed, but I'll try anyways.\n\nSimple things like the ball, nets, etc. have already been mentioned.  But, the real geometry comes in the game play.  \n\n1. A wall pass=a trianle.  \n2. A through ball=hypotenuse of that triangle.\n3. A goal scored in the upper V=corner angle of a rectangle.\n4. A cross=an arc (of some type)\n5. Even the formations can be related to geometry.  A 4-4-2 is similar to dimensions (of something).\n6. The goal=rectangle.\n7. The ball=sphere.\n8. The net=a bunch of little squares.\n9. Yellow and red cards=rectangles.\n10. Ref's watch=either circle or rectangle.\n\nIt's been a while since I took geometry, so I'm sorry I can't be more specific with the terminology.  But hopefully I've pointed you in the right direction.\n\n(And I actually got all ten down!  Woohoo!)
225473
Triangles are important because geometry is based on them.  Sin, Cos, Tan are all based on triangles.  We could not measure distance of stars without triangles, or have hardely any of our most basic technological advances.  With no triangles we couldnt have angles.. A triangle is essential element of a square, no triangles, no squares.
829979
The study of shapes generally falls under the subject of geometry. Geometry is important because it makes our lives very easy. Look around you. Everything that has been made in factories, from your table and computer to your door and the car outside on the road, all of it is made of several parts that have to have the exact shape to fit into each other. Do you think if the makers of these things did not know about shapes they would be able to build all these wonderful things. I don't think so.
938368
When u r solving a problem draw the figure first and mark it clearly. Visualization is the most important part in geometry.\nThe chapters r different becoz each chapter is another step 2 the next chapter. Try 2 remember the theorems studied earlier becoz u need them now. If u feel grounded, keep in mind, in ur book there is nothing u can't do with what u already know. If u hav enough time try 2 solve all the end of chapter problems on ur own.
16460
It is quite obvious that since geometry is the instrument to design, and to design is to build an organized spacial structure, the knowledge of spacial forms is a necessary condition to deliver an architectonic message of the best quality. Moreover, with the introduction of computer design softwares, the possibilities of combinations of geometrical systems are enormously increased. And geometry is for the architect a disciplinal means, an essential implement in the "consideration" of the forms that intervene in the "composition" of space.
441617
When you build an addition on your house, you use geometry to figure out how much material you need and you use algebra to figure out what it costs.  Otherwise, you get started building and you run out of materials and money when you are only half-way through.
818800
I didn't start to find it applicable until I started doing wood working so maybe try to figure out personal goals for the student, and apply geometry to said goal or interest- won't work with people who don't have goals though.
808979
Just a few examples -\n\nAncient Greeks and modern surveyors use(d) them to measure areas and determine boundaries of land;\n\nEngineers use them  for many things, such as determining how thick a bunch of pieces of wood need to be to hold up a roof, how much force will it take to move along an incline, reducing the power consumption of a refrigerator or motors....\n\nEngineering computer programs convert models of solid objects entered by a user into meshes of triangles and then are capable of predicting its properties, such as how strong it will be, what will heat flow look like through it, what magnetic or electrostatic fields will be produced if a voltage is applied to it, etc.\n\nGPS satellite receivers use them to determine exactly where they are in relation to satellites orbiting hundreds of miles away.\n\nI used them at work recently to help me design a wireless external battery charger for a medical implant device that will one day let parapelegics walk again.
94287
- GPS technology has matured into a resource that goes far beyond its original design goals. These days scientists, sportsmen, farmers, soldiers, pilots, surveyors, hikers, delivery drivers, sailors, dispatchers, lumberjacks, fire-fighters, and people from many other walks of life are using GPS in ways that make their work more productive, safer, and sometimes even easier. \n\n- In this section you will see a few examples of real-world applications of GPS. These applications fall into five broad categories. \n\n  -  Location - determining a basic position \n  -  Navigation - getting from one location to another \n  -  Tracking - monitoring the movement of people and things \n  -  Mapping - creating maps of the world \n  -  Timing - bringing precise timing to the world \n- Since its a broad topic hope it will help you.....!\n--------------------------
476516
The Geometry of Perspective Drawing on the Computer\nhttp://www.math.utah.edu/~treiberg/Perspect/Perspect.htm
709108
Geometry is the the mathematics of the properties, measurement, and relationships of points, lines, angles, surfaces, and solids. it actually calculates all physical properties of objects that exist in this beloved universe.\nexample:\nhow to find the distance of an object using geometry.\nfirst you find the values that may bring a common relationship in all the various entities. then use the values obtained to find the most aproximate value of the property in which you are lookinf for in an object...\n\nwhy dont you just google it and you wil find all you need to know about geometry if I became detailed there wouldnt be enough space to explain the importance of geometry.
140436
First you have to know how to spell the various types of geometry: Euclidean, Non-Euclidean for a start. Then do a search for more informaiton.