Sentence examples for equation can be interpreted from inspiring English sources

In physical terms, solving this equation can be interpreted as finding the distance F t) traveled by an object whose velocity has a given expression f(t).

As it has been shown earlier, solutions of the neutral-fractional equation can be interpreted as damped waves with the constant propagation velocities that means that this equation inherits some characteristics of the wave equation.

This equation can be interpreted as P successive linear transformations applied to each mode‐n space of the core tensor.

Given that the empirical results in the selection equation can be interpreted as normal probit coefficients, the results for variables with the same name from the selection equation presented in Tables 2 and 3 have similar effects on participation.

The solvation equations can be interpreted to provide a qualitative chemical insight into biological partition and transport mechanisms.

Krein and H. Langer is extended in such a way that the Dirichlet-to-Neumann map in the theory of elliptic differential equations can be interpreted as a generalized Q-function.

These equations can be interpreted in terms of coupled neural populations and can be derived as a mean-field limit from large networks.

The rate constant shown in these equations can be interpreted as the effective air exchange rate for the chamber expressed in units of air changes per hour (ACH).

Note that equation (1.7) can be interpreted as a system of the integral equation u(t)=u_{0}-int_{0}^{t} bigl alpha u+2 Delta u +Delta^{2} u+uG*u^{2} bigr),ds +sigmaint _{0}^{t} u(s circ,dW s), where (alpha=1-mu).

Equation (17) can be interpreted by combination and mathematical statistics.

Equation (7) can be interpreted as the safety loading condition.