Examples of using Differential equation in English and their translations into Russian
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Homogeneous linear differential equation.
Stochastic differential equation, unbounded of solution, regularly varying functions.
It is also a prototype solution of a differential equation.
Guy could get through a differential equation faster than I could get through a hamburger.
Knowledge of such symmetries may help solve the differential equation.
Symbolic ordinary differential equation solver.
The flywheel model shall be defined in accordance with following differential equation.
Numerical ordinary differential equation solver.
The current can be computed by solving a linear first-order differential equation.
Numerical ordinary differential equation solver.
Differential equation of thermodynamic processes in the n-component solid solution.
Symbolic ordinary differential equation solver.
Cat's movements and mimics were modelled using the second-order differential equation system.
This is the xBlack-Scholes differential equation for call option value.
The Fujita-Storm equation is a nonlinear partial differential equation.
The Mixed Problem for the Differential Equation with Involution and Potential of the Special Kind.
It is a solution of a second-order linear ordinary differential equation ODE.
The second differential equation, for the covariance, is an example of a Riccati equation. .
Greatly enhanced symbolic differential equation solvers.
Keywords: heat equation, integral transformations, heating andcooling of bodies, differential equation.
But I am telling you, an ordinary differential equation supports this.
Skorohod obtained general results for solutions unboundedness for an autonomous stochastic differential equation.
In other words, we need to solve a differential equation which was obtained before.
Now, atomic structure is described by the complex three-dimensional Shredinger's differential equation[3… 5].
I'm telling you, the Lenwoloppali Differential Equation Scanner meets a real need.
Based on the differential equation for the state of material, mathematical model for normal contact pressure on the knife side edge has been developed.
The FitzHugh-Nagumo nonlinear differential equation was used in this work.
The assumptions made in deriving the xBlack-Scholes differential equation are.
Solve the following second-order differential equation subject to the given homogeneous boundary conditions.
The wave equation is a hyperbolic partial differential equation.