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Quintessence is described by an ordinary time-dependent and homogeneous scalar field ϕ which is minimally coupled to gravity but with a particular potential V that leads to the accelerating universe.
Time where ordinary time was subject to significant time.
The Galerkin's method reduces the von Kármán equation to a time dependent ordinary differential equation.
Donnell Karman type non-linear differential equations for the truncated conical shell with FGCs are derived and reduced to ordinary differential equation with the time dependent coefficient.
Here, we suggest a kinetic model based on a set of time dependent nonlinear ordinary differential equations for protein concentrations.
This is summarized in Table 1: By applying general principles of mass-action kinetics, we converted the reaction rules into sets of time dependent nonlinear ordinary differential equations (ODEs) for the Dissociation variant (Text S1, Eqs. (D.1)–(D.11)) and for the Convey variant (Text S1, Eqs. (C.1)–(C.11)).
The Krylov-Bogoliubov-Mitropolsky (KBM) and multiple-time-scales (MTS) methods use expansions of dependent variables, ordinary time derivatives, and some system parameters to convert the equations of motion into a set of first order differential equations.
The dynamic response is expressed by a shape mode expansion with time dependent coefficients, governed by a set of coupled ordinary differential equations.
The continuous state change can be specified by a combination of indirect specification via ordinary differential equations, or direct specification via assignment of variables to values that depend on time, or indirect specification by demanding that behaviour obeys a time dependent predicate.
Trip time dependent on tides.
I ran an ordinary time.
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