Sentence examples for explore how varying from inspiring English sources

We present the model in Section 2 and show how to efficiently include parameter heterogeneity in Section 3. In Section 4, we explore how varying heterogeneity modifies bifurcations and varies the period of the collective oscillation.

Any inquiry into the impact of fees had to look beyond applications to explore how varying fee levels affected the choices made by candidates from different backgrounds, Burns said.

Liam Burns, president of the National Union of Students, said: "We have always said it would be a tragedy if any young person were put off applying to or going to university because of financial concerns". Any inquiry into the impact of fees had to look beyond applications to explore how varying fee levels affected the choices made by candidates from different backgrounds, Burns said.

Further, we use the generalized signal and noise analysis to explore how varying branch length conditions and alternative model assumptions affect the predicted phylogenetic utility.

The Human Development Index display explores how varying levels of development affect citizens' perceptions of world leaders.

The presented model explores how varying the rate of forager bee mortality might impact colony growth, which may be a useful tool to aid research into the complex problem of colony failure.

In this study we have explored how varying trends in medicine utilization may impact on the validity of SSA, however, there may be other biases to consider when implementing SSA in practice including confounding by contra-indication and protopathic bias [ 2].

Another study used eye-tracking procedures to explore how men examined images of naked women varying in WHR and breast size (Dixson, Grimshaw, Linklater, & Dixson, 2011a).

To get a picture of how the mse ratio behaves with a finite number of slides (we use the current standard of m = 50 slides) and to explore how the mse ratio is affected by varying the parameters M, k, h0, r in the model, we turn to simulations.

In this review I discuss these findings and explore how exposure to different forms of DDT with varying estrogenicities may have affected the results of these studies.

Bearing this argument in mind, we explore how permeability can be predicted consistently within the Kozeny Carman formalism, by varying the radii of the conduits, their number, and type for effective modeling of the subsurface reservoir.