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29) yields that any weak solution 16 1. 6 in the case when t E (0, T]. Before giving further motivations, one thing is worth noting. 14) from I}~’°(QT) belongs the space W~:~(ax (¢, T)) for any ~ ¢ (0, T). This, in p~rticu[ar, that the derivative ~,(. ,t) belongs to the space L~(~) for any t ~ (¢,T) and is really continuous with respect to t in the L2(Q)-normon the segment Let t be an arbitrary numberfrom the half-open interval (0, T]. 31) <= / 0

This, in p~rticu[ar, that the derivative ~,(. ,t) belongs to the space L~(~) for any t ~ (¢,T) and is really continuous with respect to t in the L2(Q)-normon the segment Let t be an arbitrary numberfrom the half-open interval (0, T]. 31) <= / 0

37). 36). 3). But this disagrees with the initial assumption. Thus, item (a) is completely proved. Weproceed to examine item (b). 37). 7) u(x,T) = = 0, ¯ ST, x ¯ might have a trivial solution only. 3. 3) can have a trivial solution only. 3). 2.

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