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(2.3) Thus, a straightforward calculation from (2.1) and (2.3) gives int_{mathbb{R}^{N}} biglvert F x,u) bigrvert,dx leq frac {varepsilon r_{2}^{2}}{2} Vert u Vert ^{2}+frac {C_{varepsilon}r_{p}^{p}}{p} Vert u Vert ^{p}.
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By a straightforward calculation, we see from the first equation in (3.6) that P satisfies left{ begin{array}{ll} dot P+(A+BTheta^{ast})^{top} P+P(A+BTheta^{ast})+(C+DTheta^{ast})^{top} P(C+DTheta^{ast}) quad+,Q+(Theta^{ast})^{top} S+S^{top}Theta^{ast}+(Theta^{ast})^{top} RTheta^{ast}=0, P(T =G, end{array} right.
This metric is a straightforward calculation of cash flow from operations, minus capital expenditures and dividends.
Although early studies have suggested that uORFs are generally not conserved, this is a far from straightforward calculation to make.
Proof From the straightforward calculation, we can have the equivalent condition given in (7).
It follows from a straightforward calculation, using (1.3), that t n − 1 is the projection of ( u n, v n ) to the subspace spanned by ( θ 1 ϕ 1, θ 2 ϕ 1 ).
There's no straightforward calculation that will yield the ideal policy for shifting an economy from a "bad" equilibrium to a "good" one.
And there are a number of market influences on inflation compensation, so translating from inflation compensation to inflation expectations is not necessarily a straightforward calculation.
Equation 3 allows the straightforward calculation of the maximum ligand density (i.e., the saturation capacity) kmax from the slope of plots of the Au/S ratio versus nanoparticle diameter assuming a constant and NP size-independent kmax.
A reasonably straightforward calculation.
A straightforward calculation should give you its distance (provided there's no dust obscuring your view).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com