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Similarly to Theorem 13, it can easily be seen that (x^ ) becomes a properly efficient solution for (P), in the above theorem, if (gamma _{i} >0), for all (i=1,2,ldots,k).
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This means that ( x ¯ is a properly efficient solution in problem (MWDP).
Then y ¯ is a properly efficient solution in the considered multitime multiobjective variational problem (MVP).
Let (hat{y}in Y) be a properly efficient solution in sense Geoffrion definition.
Then, (i) Assume that (hat{y}) is a properly efficient element of (1).
Hence, from Theorem 4.11 of [12], (x^ ) is a properly efficient solution for problem (P).
Assume that (hat{y}) is a properly efficient element of (1).
Theorem 4.3 Let ( y ¯ be a properly efficient solution in problem (MWDP) and y ¯ ∈ Γ ( Ω t 0, t 1 ).
Hence, the condition (ii) of Theorem 4.10 is false, and is not a properly efficient solution of this problem.
We shall prove that ( x ¯ is a properly efficient solution in (MWDP) by the method of contradiction.
If also all the hypotheses of Theorem 5.1 are satisfied, then ( x ¯ is a properly efficient solution in (WDP).
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