Q1/ In a homogeneous solidification process, assume molten metal solidifies into a spherical nucleus with a BCC structure. The given data are; lattice parameter (0.292 nm), the heat of fusion energy (1.85x109 J/m³), latent surface free energy (0.204 J/m2), critical radirus (1-35 nm), equilibrium melting temperature (1516 K), and room temperature (27 °C). Calculate the following for this metal; no. ol (a) supercooling value temperature (b) activation free energy (c) number of atoms in a nucleus of critical size. t hoth ends The wave vibrates in

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Chapter1: Chemical Foundations
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نواه لږنے
Q1/ In a homogeneous solidification process, assume molten metal solidifies into a spherical
nucleus with a BCC structure. The given data are; lattice parameter (0.292 nm), the heat of
fusion energy (1.85x109 J/m2), latent surface free energy (0.204 J/m2), critical radirus (1-35
nm), equilibrium melting temperature (1516 K), and room temperature (27 °C). Calculate the
following for this metal;
no.ol
(a) supercooling value temperature (b) activation free energy (c) number of atoms in a
nucleus of critical size.
fo nod fixed at both ends. The wave vibrates in
Transcribed Image Text:نواه لږنے Q1/ In a homogeneous solidification process, assume molten metal solidifies into a spherical nucleus with a BCC structure. The given data are; lattice parameter (0.292 nm), the heat of fusion energy (1.85x109 J/m2), latent surface free energy (0.204 J/m2), critical radirus (1-35 nm), equilibrium melting temperature (1516 K), and room temperature (27 °C). Calculate the following for this metal; no.ol (a) supercooling value temperature (b) activation free energy (c) number of atoms in a nucleus of critical size. fo nod fixed at both ends. The wave vibrates in
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