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Assume, for the sake of contradiction, that ((x(n))_{ngeq-w}) is an eventually solution of (E).
Similar(58)
When there is no limitation on the number of porins, then eventually solutions utilise only 35%% of the available nutrient for growth (see Fig. 5).
has no eventually positive solution, then every solution of Equation (E+) is oscillatory.
has an eventually positive solution, and the fundamental solution satisfies on because we may let for.
(ii) Inequality (3.2) has an eventually positive solution and/or (3.3) has an eventually negative solution.
Inequality (3.2) has an eventually positive solution and/or (3.3) has an eventually negative solution.
(ii) (iii) Let be an eventually positive solution of (3.2), the case where is an eventually negative solution to (3.3) is equivalent, and thus we omit it.
has no eventually positive solution.
Equation (3) has an eventually positive solution.
Then, (3.1) has an eventually positive solution.
also has an eventually positive solution.
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CEO of Professional Science Editing for Scientists @ prosciediting.com