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Therefore, the proof is concluded.
and the proof is concluded.
Then G = constant in (0, +∞) and the proof is concluded.
The proof is concluded by applying Lemma 2. Proof.
As a consequence condition (iv) is satisfied and the proof is concluded.
In either case we get a contradiction to the maximality of (N_0) and the proof is concluded.
Similar(47)
By using (64), the proof of (21) is concluded.
The latter equation of (19) is obtained by setting κ 2 ≜ A 2 η 2 − s 2, and the proof of (19) is concluded.
end{aligned} Hence, the proof of the theorem is concluded.
Hence, using (A.2), the proof of Lemma 2.4 iii) is concluded.
After these preparations, the proof can be concluded quickly.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com