Примеры использования Two equations на Английском языке и их переводы на Русский язык
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Two equations are key to understanding the behavior of MEMS cantilevers.
Now you have to set up the two equations and then cross multiply and solve for the unknown.
The best fit using multiple linear regression was established using the following two equations.
For this purpose, a system of two equations with a small parameter of high-order derivatives is considered.
The pairwise transformations of the set of equations from paragraph 4.3 above gives a set of two equations.
Only the latter two equations from three material balance equations can be considered independent.
Elementary types of points for a homogeneous system of two equations with two unknown variables and their stability.
Two equations describing the local velocity profile along the radius of the device in the upstream and downstream areas of fluid motion were obtained.
Then it can be seen that the first two equations in(14) imply that the utility of variety 2 relative to variety 1 is.
Two equations were important in this regard, the rocket equation for"mass" weapons and the effective irradiated power equation for"energy" weapons.
The vehicle type shall be approved if all the body sections pass the rollover test and the two equations in paragraph 4.1.1. and 4.1.2. of Annex 4 are fulfilled.
Adding and subtracting these two equations decouples them into two one-body problems, which can be solved independently.
The aerodynamic drag coefficient is combined with the vehicle frontal area(), and the relative wind velocity() to determine the aerodynamic drag()according to the following two equations.
We are pretexts for rent, two equations of the apartment on the first level room with bath and toilet room, a balcony with panoramic sea views.
The system of equations describing plane steady non-rotational gas flow is represented as a two equations symmetrical system which possesses the property of sign definiteness by K.
These are only two equations versus the original four, so more information pertains to these waves hidden within Maxwell's equations. .
In contrast to boosting algorithms that analytically minimize a convex loss function(e.g. AdaBoost and LogitBoost),BrownBoost solves a system of two equations and two unknowns using standard numerical methods.
When calculating the heat exchangers two equations- the heat balance equation for each of the coolant and heat transfer equation are used.
These two correspondences between(a, b, c) and(x, y) are inverses of each other,so we have a one-to-one correspondence between any solution of the two equations in a, b, and c and any solution of the equation in x and y with y nonzero.
We thus have two equations between m{\displaystyle m} and h eff{\displaystyle h^{\text{eff}}}, allowing us to determine m{\displaystyle m} as a function of temperature.
In the same publication, Simpson also gives the generalization to systems of two equations and notes that Newton's method can be used for solving optimization problems by setting the gradient to zero.
Though second two equations pass one in another, however transition changes positions of elements, speaking about possible difference of these equations and a role of elements in formation of a chemical compound of a mineral.
One seeks a self-consistent solution to two equations: The Thomas-Fermi screening formula gives the charge density at each point r as a function of the potential ϕ( r){\displaystyle\phi(\mathbf{r})} at that point.
To do this, an analytical model in the form of two equations, the first of which determines the probability of successful transmission at the physical and data link layer, as a function of the intensity of the errors in the channel and protocol redundancy package format.
For example, the Mixing Length model is a"Zero Equation" model because no transport equations are solved; the k- ϵ{\displaystyle k-\epsilon}is a"Two Equation" model because two transport equations(one for k{\displaystyle k} and one for ϵ{\displaystyle\epsilon}) are solved.
So while Spalart-Allmaras model based DES acts as LES with a wall model,DES based on other models(like two equation models) behave as a hybrid RANS-LES model.
Alternatively, the solution can be found by jointly solving any two independent equations.
Uniqueness theorem is proved for equations of two mutually penetrating viscous and uncompressible fluid motion.
Here the main idea is given by concentrating on the first two of the equations.
However, equations with two variable limits of integration, which are called non-classical, have been little studied.