Math in Everyday Life
Math and many of its aspects are a major part of everyday life. We spend the majority of our school years studying and learning the concepts of it. Many times, the question of 'why do we need to know these things?' has been asked. The following report will explain the history and purpose of geometry in our lives.'Geometry' means 'measure of the earth'. In ancient Egypt, the Nile would flood its banks each year, flooding the land and destroying the farm areas. When the waters receded and the people had to redefine the boundaries. This work was called geometry and was seen as a re-establishment of the principle of law and order on earth. (Lawlor, 6)Geometry is the mathematics of the properties, measurement, and relationship of the points, lines, angles, surfaces, and solids (Foner and Garraty). An ancient Greek mathematician, named Euclidean, was the founder of the study of geometry. Euclid's Elements is the basis for modern school textbooks in geometry. On the other hand, there is non-Euclidean geometry. This refers to the types of geometry which deny Euclid's postulate about parallel lines. Once Albert Einstein put forth the theory of Relativity other approaches to geometry, besides Euclid's was needed. (Kett an
It dominates Greek architecture and is hidden in the monuments of the Gothic Middle Ages. The Eiffel Tower and the Washington Monument both have a square shape. Like the snowflake, the internal structure is what forms the rest of the gem. d Trefil)Pythagoras emphasized the study of musical harmony and geometry. A botanist would be interested by the Fibonacci Series because of the distribution of leaves around a central stem. The sunflower has 55 clockwise spirals overlaid into either 34 or 89 counterclockwise spirals. Advertisements use eye-catching shapes to draw attention to its product. All the members of fractions lie between 1/2 and 1/3, creating a situation where leaves are separated from one another by at least one third of the stem's circumference, therefore insuring a maximum of light and air for the leaf which is below. (Lawlor, 55) Exponents are shown in the equation spirals based on the roots of 2, 3 and 5. When viewed from above the Pentagon in Washington D. Bank logos often have rotational symmetry. Each snowflake has a hexagonal structure, that is, the arrangement of the water molecules in the crystals.
Common topics in this essay:
Fibonacci Series,
Coliseum Rome,
Golden Mean,
Shiva Hindu,
Egypt Nile,
,
Euclid's Elements,
Mean' Lawlor,
Johannes Kepler,
Trefil Pythagoras,
golden mean,
fibonacci series,
golden mean spiral,
rotational symmetry,
logos rotational,
kett trefil,
washington dc,
shape viewed,
spiral found,
mean spiral,
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Acceptance Essays
