Q:

What are the applications of geometry in real life?

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In real life, there are many different applications of geometry including everyday uses such as the "stop sign," which is an octagon shape. The shape, volume, location, surface area and various other physical properties are central to the objects around people.

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Another example of geometry used in everyday life would be in providing a home for fish. A fish tank needs to be filled carefully so that it does not overflow and so that it is at the right capacity to sustain the fish. To determine the appropriate amount of water to be used, a person must use basic geometry.

Yet another example of geometry used in everyday life would be wrapping a gift. When a person is wrapping a gift, they must determine the appropriate amount of gift wrapping to use in order to wrap the gift in the best possible way. This requires a use of geometry to determine the best shape and size.

Geometry is also used in a more technical sense within various job disciplines such as design and manufacturing, medicine and biology, robotics, graphics and visualization, information systems and physical sciences. Architecture is one of the applications of geometry that is crucial because architects are responsible for building sound structures and they must use geometric components to do so.

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Related Questions

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Examples of vertical angles in real life settings include the black and white railroad crossing signs found on roadways near railroads, open scissors and the letter "X." Other examples include the point where ceiling beams intersect in a somewhat x shape, and in a kite where two wooden sticks hold it together.

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One common example of perpendicular lines in real life is the point where two city roads intersect. When one road crosses another, the two streets join at right angles to each other and form a cross-type pattern. Perpendicular lines form 90-degree angles, or right angles, to each other on a two-dimensional plane.

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Geodesic dome math is a branch of geometry with real-world applications, especially in construction and architecture. A geodesic dome is a type of structure composed of a network of flat surfaces, specifically triangles, to produce a close approximation to a sphere or hemisphere.