From our houses to the places of work, designs rule our life. In conclusion, geometry is part of the daily lives of human life. Ships and other water vessels, and aircraft make use of angles in their navigation thus they rely on mathematical concepts to operate in the sea, air, or wherever they are.
The measurement of an area requires the surveyor to accurately determine the area of a given piece of land, whether such land is rectangular, triangular, or circular. Mapping entails surveying, astronomy as well as navigation. Mapping is another crucial area utilizing geometry. A lot of geometry goes into the designing and video games only sell if the design is appropriate and all relevant parts fit hence it forms a fundamental part of the video games industry. An example is in designing a city in a virtual game. To create animations such as those used in video games, the designer must have good knowledge of algebra as the houses, characters, infrastructure in such games must be perfectly designed to fit in the virtual space. As tables, chairs, and other furniture are often in shapes such as circular and rectangular, the user needs to keenly evaluate how each fits into the available space.ĭesigning is one other critical area where geometry makes sense. For example, one must decide whether the newly acquired table will fit into space next to the television, fridge, or wall cabinet. First, when attempting to arrange furniture and other items in the house, one must consider how each item will fit in which part of the house. For instance, the steering wheel is circular on most cars for ease of use. The manufacture of cars requires the application of shapes to ensure each shape fits effectively in the desired place. The same applies for poster board displays. When designing a swimming pool, the architect needs to determine the cross-sectional area of the prism and the shallow end must have less depth than the deep end.
MEDIAN GEOMETRY IN REAL LIFE WINDOWS
A builder also needs to ensure houses fit perfectly within a given space, and that the doors and windows are in specific shapes such as circular, triangular, or triangular. A civil engineer needs to know which angle would be appropriate for effective road construction in designing a given road, bridge, or railway. Such professionals often have to calculate area and volume in their activities. Clearly, algebra is part and parcel of sports.Īrchitects, designers, builders, and engineers also make use of geometric concepts in their daily-to-day construction activities. Moreover, semicircular shapes are evident in track fields. The same applies for hockey, volleyball, and basketball pitches which have circular, oval, and other arcs in geometrical shape designs. A soccer pitch, for instance, has its goal posts, corner kick spots, center circle, the D-section and many other arcs in the field marked clearly. Soccer, football, hockey, and basketball fields are rectangular.
For instance, athletic fields are constructed in ways that utilize geometry. One of the basic applications of geometry is in sports activities. In real life, geometry has many applications. Roads are built in certain shapes, water bodies, water containers, chairs, and land masses all make use of some aspects of geometry in terms of shapes, lines, and other similar concepts. Wherever one looks around or walks about, he or she is likely to see geometric figures. It entails such ideas as lines, shapes, angles, and curves.
Geometry is one of the key concepts in mathematics.
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