Приклади вживання Approximations Англійська мовою та їх переклад на Українською
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Both curves are talking about approximations.
Adaptive approximations and iterative processes/ Tesler G. S.
But I always knew that my simulations were just approximations.
However, many numerical approximations are known; see below.
The simplest method is to use finite difference approximations.
Most approximations for n! are based on approximating its natural logarithm.
Because engineering does not tolerate approximations and definitions"by eye".
For x> 1,Taylor polynomials of higher degree provide worse approximations.
For the initial disbursement, approximations were made based on previous elections.
For approximations of the 2nd derivatives(collected in the Hessian matrix) the number of function evaluations is in the order of N².
These were the most accurate approximations of π after almost a thousand years.
D approximations are also used in various conceptual models, such as cross-sections and 2-D radial grid models.
(product of a circle and the x-axis) yields smooth approximations of one half of a circle(see picture), and.
However, approximations exist which permit the calculation of certain physical quantities quite accurately.
The history of the development of quantum chemistryshows that in this connection it is impossible to do without approximations(from Latin approximare- to approach).
The fairly often used approximations are in excellent agreement with the experimental data.
They suggested that the big bang might be a peculiarity of Friedmann's models alone,which after all were only approximations to the real universe.
It is inadmissible to regard the approximations as weaknesses of exact sciences, they are everywhere in it.
This shows his caution, for he perfectly understands that it is impossible to achieveexact solutions having no chemical meaning without approximations.
Theoretically, meaningful approximations should be understood not as simplifications, but as necessary stages of transduction.
We prove theorems that characterize the classes of functions whose best approximations by algebraic polynomials tend to zero with given order.
For practical approximations using these notions in the theory of graphs generally and for trees in particular is the adequate approach.
The Gaussian does not have exponential type,but the functions in red and blue are one sided approximations that have exponential type 2 π{\displaystyle 2\pi}.
Current research has shown several approximations of three dimensional shapes moving across one parameter, and even multi-parameter motions.
In following the debate on such matters of cosmology,one should bear in mind that all physical theories are approximations of reality that can fail if pushed too far.
Estimates of the best orthogonal trigonometric approximations of the classes of convolutions of periodic functions of not high smoothness.
The approximations and simplifications used make it possible to carry out very accurate calculations for transparent silicon modules, but are not suitable for the calculation of thin-film modules.
But according to the author's argument, if we want to understand the approximations in a systematic form, then they should be considered in the context of transduction.
For fermions, there exist very good approximations to their static properties and numerically exact exponentially scaling quantum Monte Carlo algorithms, but none that are both.
The study authorsargue that conventional models of cosmology rely on approximations that ignore the structure of the universe, and where matter is assumed to have a uniform density.