The free energy change associated with homogeneous nucleation of a sphere (assume the radius as 5m) has an interfacial energy term and a volume free energy. Calculate the value of the interfacial term if the interfacial energy is given as (1/ ) kJ/m2Kmol?

The free energy change associated with homogeneous nucleation of a sph

1.	The free energy change associated with homogeneous nucleation of a sphere (assume the radius as 5m) has an interfacial energy term and a volume free energy. Calculate the value of the interfacial term if the interfacial energy is given as (1/ ) kJ/m²Kmol?
A.	1000 kJ/Kmol
B.	10 kJ/Kmol
C.	1 kJ/Kmol
D.	100 kJ/Kmol
Answer» E.

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The free energy change associated with homogeneous nucleation of a sphere (assume the radius as 5m) has an interfacial energy term and a volume free energy. Calculate the value of the interfacial term if the interfacial energy is given as (1/ ) kJ/m2Kmol?

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The free energy change associated with homogeneous nucleation of a sphere (assume the radius as 5m) has an interfacial energy term and a volume free energy. Calculate the value of the interfacial term if the interfacial energy is given as (1/ ) kJ/m²Kmol?