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Exact(3)
By the third equation of (1.4), we have (4.34).
By the third equation of system (1.2) we have lim_{trightarrowinfty}u(t)=u^.
Moreover, by the third equation we have that (alpha_{n} +beta_{n}) is bounded, that is, ({u_{n}}) is bounded in (H^{1}(mathbb {R}^{3})).
Similar(57)
The case when z n > 0 and w n < 0 for large n can be treated by the similar way by summation of the third equation of (S).
Noting the fact that, by Taylor expansion of the third equation of (3.2) at, we obtain (3.10).
One of these three independent equations which results from the division of the first equation by the second or from the division of the third equation by the fourth is (19) D [ 0, p ] D [ L, p ] = D [ 0, E ] D [ L, E ] which implies that the processes of L binding and E binding are completely independent.
The acidity of the solution represented by the first equation is due to the presence of the hydronium ion (H3O+), and the basicity of the second comes from the hydroxide ion (OH−).
Similarly, by the second equation of (1.6).
By the first equation of (4.1), we represent the solution.
then, by the first equation of (2.2) we have (2.6).
end{cases} (9) By the first equation of (9), we have (H(p+1)>0), and by the second equation of (9), we have (S(p+1)>0).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com