Sentence examples for simple relation to from inspiring English sources

Obesity and type 2 diabetes (T2D) are characterized by strong hereditary components in addition to such lifestyle-related factors as overeating and physical inactivity; however, no simple relation to gene variants has been discovered.

There are, however, very complicated sets having no simple relation to the intervals e.g., the rational numbers and it is not immediately clear what the probabilities of these sets should be.

The most reliable measures of a nation's welfare are the level and growth rates of income per person which its economy produces, but these bear no simple relation to the size of the government's deficit... Any sensible discussion of public finances ought to move beyond Hooveresque pieties.

The lifting style biorthogonal wavelet implementation has a nice property of enabling flexible design; it is immediately reversible and has a simple relation to subband filters.

Because the three thermal properties have a simple relation to that shown in Equation 1, the estimation of thermal diffusivity α from thermal conductivity λ is essentially the same as assuming an equation of volumetric heat capacity C for a rock/sediment sample population.

These are compounds whose proportions of elements do not stand in simple relations to one another.

Also the simple relation due to previous equations the equivalent period is substituted by equivalent damping ratio in form of Eq. (14).

In particular, at both stages he would regard the simple truth that an individual a stands in the simple relation R to an individual b as a complex consisting of the individuals a and b and the relation R.

In musical context, IMD is often an undesired phenomenon, since IMD components generally fall at frequencies which are not in any simple harmonic relation to the original tones, making the resulting sound noisy and inharmonic.

In this context, nonlinear normal modes (NNMs) offer a solid theoretical and mathematical tool for interpreting a wide class of nonlinear dynamical phenomena, yet they have a clear and simple conceptual relation to the classical linear normal modes (LNMs).

In fact, the mean waiting time, which can be empirically measured using publication data, also has a simple analytic relation to a position-dependent progress rate g ( n ) = 1 / 〈 τ ( n ) 〉 within a Poisson process framework, where g ( n ) is the probability of moving from position n to n + 1 in a unit time interval.