Question: When a phase transition from liquid to solid occurs, assuming that the shapes of the nuclei of each material are A = tetrahedron, B =

When a phase transition from liquid to solid occurs, assuming that the shapes of the nuclei of each material are A=tetrahedron, B=cubic, and C= sphere, respectively, and all other conditions are the same, which material has the largest grain boundary area after the phase transition is completed? Explain why in a graph and in relation to energy.

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