Question: 2. Pure nickel exists in two solid forms Ni(a) (fcc) and Ni(B) (bcc). The enthalpy of transformation from a to B at atmospheric pressure is

 2. Pure nickel exists in two solid forms Ni(a) (fcc) and

2. Pure nickel exists in two solid forms Ni(a) (fcc) and Ni(B) (bcc). The enthalpy of transformation from a to B at atmospheric pressure is 1520 J/mole and the standard entropy (S29e) of Ni(a) is 29.8 J/mole.K. Calculate using the given data: a) the transition temperature and entropy of transformation (a to B) b) entropy of Ni(f) at 800 K. CP (a) = 32.6 - 1.97 10%T-5.59 x 105 T2J/mole.K H1-H244 (B) = -9970 + 29.7 T + 2.09 x 10$ T2+ 9.33 x 10% T'J/mole.K

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