Pi 3.14 at River Length
Pii 3,14 jokien pituudessa
In time, Archimedes developed a method to calculate the value of pi to a arbitrary precision. Pythagoras made the law of physics, which revealed a phenomenon of physics, showing the fundamental existing relationship between mathematics and science.
At the University of Cambridge, Geography Professor Hans-Henrik Stollum calculated lengths of rivers from their source to a river mouth and the rivers had a math length of more than three times the nominal length of the indicted beeline. Moreover, the figure was 3.14, which is a circle and the diameter ratio. This is not the length of each river, but a mathematical average.
1.252 x 2 = 3.13
Albert Einstein introduced, the river increases the meander, because the river flow rate increases at the outer side of a curve. Chaos do not arise because the increased curvature of the river, turns back the bed and generates ultimately the cutting loop. The river itself adjusted the bed, the river has left beside an arc-shaped lake.
At the same time, these lakes form the intelligently shaped flood pockets. It is known that the more even the inland ground passes, the lower meanders river. Ostrobothnia rivers in Finland flow into the flat ground, the rivers meander is less pronounced, but the stronger the spring floods.
In examples, the figure pi (3.14) has very odd occasions. The figure of pi (3.14) is associated with the Golden Ratio, and in this sense, is not a separate chapter.Pi is perceived as the best in a circle, the ratio of the circumference to the diameter. All the circulars are still not round, such as the length of the rivers. The length of the rivers from the starting point to the end point corresponding to the diameter of the circle and the total length corresponding the circumference of a circle.
30.3.2014*10:00 (882 - 91)
www.karikolehmainen.com
epcalculation@gmail.com |
