The fully electronically delivered intervention is built upon the principles of MI [ 22] and is explicitly designed to promote reductions in frequency and quantity of problem drinking and abstinence of drugs other than alcohol.
Suppose a linear differential operator ( {mathbf{O}} ) describes the dynamic property of a physical system and appropriate interface and boundary conditions relate the field quantities of specified problems.
Furthermore, because SES is unsuitable for creating small quantities of multiple-answer problems, it is intended for those who want to generate large quantities of multiple-answer problems that can be solved using procedural knowledge.
It is shown that the preservation, through numerical time integration, of conserved quantities of the periodic problem of the equation, may be an element to take into account in the selection of the numerical method.
"You can take in obscene quantities of fat and problem carbs while eating 'wholesomely'... " So-called wholesome food dishes can be just as bad for you as high-fat fast food.
As a result, water flow through the soil profile can allow surface-applied agricultural chemicals to move through the root zone at different rate and quantities, posing problems of economic loss and deteriorating the wicked environment.
Among other problems, the letter said, forcing farmers to dump large quantities of milk could create environmental problems.
But could very large quantities of milk present a problem?
The physical engineering quantities of interest in this problem are the skin friction coefficients in the x - and z -directions and the local Nusselt number, Nu x which are defined as follows: C f x = − 2 μ ( ∂ u / ∂ y ) y = 0 ρ U w 2 = − 2 Re x − 1 / 2 f ″ ( 0 ), C f z = 2 μ ( ∂ w / ∂ y ) y = 0 ρ U w 2 = 2 Re x − 1 / 2 g ′ ( 0 ), Nu x = x q w κ ( T w − T ∞ ), (15).
The physical quantities of interest in this problem are the local skin-friction coefficient C f, Nusselt number Nu x and the local Sherwood number Sh x, which are defined as C f x = τ w y = 0 ρ U 0 2 e 2 x l, N u x = - x T w - T ∞ ∂ T ∂ y y = 0, S h x = - x C w - C ∞ ∂ C ∂ y y = 0, 2 Re C f x = f ″ 0, N u x / 2 R e x = - x 2 l θ ′ 0, S h x / 2 R e x = - x 2 l g ′ ( 0 ), (11).
