THE GOLDEN RATIO AS A NEW FIELD OF ARTIFICIAL
... … the number e has a dominant part in the theory of probability. exponential, Erlang’s, Logistic, Gamma, Gomperc’s, Veilbull’s, Pareto’s, etc….. Normal distribution in CLT….. Great role of number e The elementary function of distribution density of the number e is the exponential distribution, f ( x ...
... … the number e has a dominant part in the theory of probability. exponential, Erlang’s, Logistic, Gamma, Gomperc’s, Veilbull’s, Pareto’s, etc….. Normal distribution in CLT….. Great role of number e The elementary function of distribution density of the number e is the exponential distribution, f ( x ...
![[Part 2]](http://s1.studyres.com/store/data/008795711_1-6aefa4cb45dd9cf8363a901960a819fc-300x300.png)
[Part 2]
... Since the network is infinite, we can disregard the addition of one s e c tion of each sequence. This allows to determine the resistance between points A and B as equal to the resistance between C and D. Consequently, r • r = r + —• ...
... Since the network is infinite, we can disregard the addition of one s e c tion of each sequence. This allows to determine the resistance between points A and B as equal to the resistance between C and D. Consequently, r • r = r + —• ...
5.1 Ratio and Proportion
... B. Writing Rates as Fractions Rates are used to compare different kinds of quantities. Example 2. Write the rate as a fraction in simplest form: ...
... B. Writing Rates as Fractions Rates are used to compare different kinds of quantities. Example 2. Write the rate as a fraction in simplest form: ...
Tangent Ratio
... f) This ratio is called the tangent ratio for angle E. How would you clearly and accurately explain to someone which sides of the triangles you used to form the tangent ratio? Use a sketch as well if necessary. ...
... f) This ratio is called the tangent ratio for angle E. How would you clearly and accurately explain to someone which sides of the triangles you used to form the tangent ratio? Use a sketch as well if necessary. ...