The adapted model presented relations among beliefs, attitudes, and intentions for the purpose of modeling and explaining the variance of attitude and apprenticeship choice in a lateral process.
The first set of presented relations explicitly shows the dependence of the equilibrium fugacity and the enthalpy of dissociation on classical statistical thermodynamic parameters.
We presented relations of the magnitude of FD observed in different secondary particle fluxes to the most probable energy of the primary protons.
Using these identities, we obtain a formula for ∑ k = 0 n − 1 [ k ] l q k, and we present relations between q-Bernoulli numbers and q-consecutive integers, which are related to (S1 - S4).
We note, however, that only the relations of ER- α XbaI and PvuII polymorphisms to periodontitis risk are discussed in this meta-analysis; other polymorphism variants may present relations with periodontitis risk and should also be examined in further research.
For the purpose of illustrating any interactions, we present relations of fifths of systolic and diastolic blood pressures to mortality in subgroups of body mass index, socioeconomic index, age, and conscription date in B models in a figure.
The profiles were hypothetical, and presented in relation to policy and program documents in general, rather than in relation to a specific policy document.
The first set of examples is presented in relation to the feedback topology.
The results are presented in relation to each of the specific objectives mentioned above.
Both thermodynamic and kinetic data are presented in relation to the materials composition.
