"There is a parallel with the Irish story in that there was only one solution.
By Theorem 3.2, we note that (w^ ) and (nu^) are the maximal and minimal solutions of the BVP (1.1) in (K_{d}), they may coincide, and then BVP (1.1) has only one solution in (K_{d}).
Remark 1.6 From this example we also know that h ( f n ( k ) ( z ) ) − [ ( k + 1 ) ! ] k + 1 f n ( z ) + f n ′ ( z ) − 1 has only one solution in D for each f n in ℱ.
In my opinion there is only one solution.
James Comfort, vice president of integrated delivery platforms at IBM, says that VPCs are only one solution in a spectrum of potential secured cloud offerings.
Assange's Swedish lawyer, Per Samuelson, said earlier that if the working group found in his favour, "there is only one solution for Marianne Ny [the Swedish prosecutor seeking Assange's extradition], and that is to immediately release him and drop the case".
Of course, (w^{ast}=v^{ast}) may happen and then problem (1.1) has only one solution in (mathscr{K}_{a}).
Of course and may coincide and then the boundary value problem (1.1), (1.2) has only one solution in.
Next, we solve the BVI (23 - 24 23 - 24has only one solution in Example 6.1 whichthastwonlyonesolutionrinhms, rExamplevely; see the results detailed in Table 3.
Remark 3.2 Certainly, w ∗ = v ∗ may happen and then the problem (1.1) has only one solution in K a. Corollary 3.1 Suppose that (H1) and (H2) hold.
