Running 4 x 100 Metres Relay as Steel
The starting point for the EP-Calculation is the static values W and I of the HEB 100 cross section.
Ratio of X - X and Y - Y axes
90 cm3 / 33.50 cm3 = 2.69
450 cm4 / 167 cm4 = 2.69
The optimal value is 2.618.
1 + 1.618 = 2.618 1.618 x 1.618 = 2.618 1 + 1 + 1/1.618 = 2.618
In connection with Pascal's triangle, deflection ratio 1:1000 is deflection of the rigid pieces. World record sportsman has rigidity of 1:1000.
Tension ratio in the calculation is 19.96 cm2 / 2,19 cm2 = 9.11. By calculation we get 4 x 100 metres time as three times start without acceleration and an approximately 9,8 seconds when first leg. It seems that steel properties and physiologic has no connection. Still they have in this example as quadruple.
9.8 s + 3 x 9.11 s = 37.13 s (0.24 %)
According to the rule of the universe, double distance increases value by way of the surface area concept, for the quadruple (= four times). By way of tensional volume concept, HEB 100 has a comparable ratio. By calculating values are.
1.6182 = 2.618 => 10 / 2.618 = 3,820 => 3.820 x 9.58 s = 37.60 s
1.1(01)10 = 2.618
1.1 - 1.21 - 1.331 - 1.46 - 1.61 - 1.77 - 1.95 - 2.14 - 2.36 - 2.60
The EP-Calculation doesn't know formulas. We studied 4 x 100 metres relay, because men ran new WR (37,04 sec). Looking at it in the iron, the Pascal triangle or the ME results in sports have, we the same intention.
The women’s world record is 41.37 seconds.
41.37 sec / 1.101 = 37.06 sec
The men’s world record for the 200m distance is 19.19 seconds.
2 x 19.19 sec / 1.03(3) = 37.15 sec
1.03 (3) is the static fatigue friction we use in the calculation. No matter how we calculate, we are in the same.
11.9.2011*09:10 (731 - 40499)
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