Below 1155 K, the ε form of titanium is stable; above 1155 K, the β

ID: 1819072 • Letter: #

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Below 1155 K, the ε form of titanium is stable; above 1155 K, the β form is the stable phase, whereas the ε form becomes metastable. e entropy dierence between the phases is given by ∆Sε→β = 3.43 J/(mol K).e melting temperature of the β phase is Tβm = 1940 K, with ∆Sm = 9.02 J/(mol K). If a piece of titanium would remain in the ε phase above 1155 K, at what temperature would it melt? Note: You may assume the entropies of transformation to be independent of temperature.

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B. Given the relational schemas R(ABC) and S(BCD), let r(R) and s(S) be the r

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