Examples of using Logarithms in English and their translations into Ukrainian
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The First Thousand Logarithms".
Discrete logarithms are perhaps simplest to understand in the group(Zp)×.
That formula involved logarithms.
So, taking logarithms, we get.
Example 3(use of formulas, logarithms).
Like all logarithms, the natural logarithm maps multiplication into addition.
Napier invented logarithms in 1614.
All variables were transformed into natural logarithms.
Having developed logarithms to base 2.
A Public key Cryptosystem and A Signature Scheme based on discrete Logarithms.
This formula allows us to know the logarithms in base b knowing the base a ones.
Thus, the logarithms of moduli of entire functions form a set of the first Baire category.
The logarithm of a number, properties of logarithms Cubens.
By taking natural logarithms of both sides the exponential is removed, and the equation becomes.
Leonhard Euler was the first to apply binary logarithms to music theory, in 1739.
Logarithms were introduced by John Napier in the early 17th century as a means to simplify calculations.
The precise size that can be guaranteed is not known,but the best bounds known on its size involve binary logarithms.
Logarithms were introduced by John Napier in the early 17th century as a means to simplify calculations.
His book contained fifty-seven pages of explanatory matter andninety pages of tables of numbers related to natural logarithms.
Ten basic logarithms are used to obtain the numerical values of quantities expressed in bels.
In mathematics, specifically in abstract algebra and its applications, discrete logarithms are group-theoretic analogues of ordinary logarithms….
Binary logarithms are included in the standard C mathematical functions and other mathematical software packages.
Just as exponentiation has two inverse functions, roots and logarithms, tetration has two inverse functions, super-roots and super-logarithms.
The logarithms in these formulae are taken to base 2 if information is measured in units of bits, or to base e{\displaystyle e}.
Since this functional property characterizes logarithms, it has become mathematical fashion to call such a function A(x) a logarithm.
The logarithms in these formulae are taken to base 2 if information is measured in units of bits, or to base e if information is measured in nats.
This required the calculation of trigonometric tables and logarithms corresponding to the new size of the degree and instruments for measuring angles in the new system.
In 1965, Wang Laboratories produced the LOCI-2, a 10-digit transistorized desktop calculator thatused a Nixie tube display and could compute logarithms.
The volatility logarithms correspond to the stationary autoregression process that provides a possibility for forecasting of the conditional variance dynamics with known model parameters.
Indeed, when John Napier discovered logarithms for computational purposes in the early 17th century, there followed a period of considerable progress by inventors and scientists in making calculating tools.