The density of gray and white tin are 5.77×103 kg/m3 and 7.37×103 kg/m3. The latent heat for the transition between gray and white tin is 2.20×103 J/mol. The atomic weight of tin is 118.7. Calculate the slope of the tangent of the coexistence curve of gray and white tin at T=376 K. Select one: a. dP/dT=−14.2 atm/K b. dP/dT=−12.9 atm/K c. dP/dT=−14.6 Pa/K d. dP/dT=−12.3 Pa/K
The density of gray and white tin are 5.77×103 kg/m3 and 7.37×103 kg/m3. The latent heat for the transition between gray and white tin is 2.20×103 J/mol. The atomic weight of tin is 118.7. Calculate the slope of the tangent of the coexistence curve of gray and white tin at T=376 K. Select one: a. dP/dT=−14.2 atm/K b. dP/dT=−12.9 atm/K c. dP/dT=−14.6 Pa/K d. dP/dT=−12.3 Pa/K
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The density of gray and white tin are 5.77×103 kg/m3 and 7.37×103 kg/m3. The latent heat for the transition between gray and white tin is 2.20×103 J/mol. The atomic weight of tin is 118.7. Calculate the slope of the tangent of the coexistence curve of gray and white tin at T=376 K.
Select one:
a.
dP/dT=−14.2 atm/K
b.
dP/dT=−12.9 atm/K
c.
dP/dT=−14.6 Pa/K
d.
dP/dT=−12.3 Pa/K
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