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If the liquid contains x atoms per unit volume, calculate the number of clusters that have reached the critical size (Y), if the temperature is taken at T (K) and the critical value of change in free energy at homogenous nucleation is given as ΔG’?

If the liquid contains x atoms per unit volume, calculate the number of clusters that have reached the critical size (Y), if the temperature is taken at T (K) and the critical value of change in free energy at homogenous nucleation is given as ΔG’? Correct Answer Y = x*exp(-ΔG’/kT)

Here the number of clusters the reach the critical size is dependent on the temperature and the critical value of free energy and the related formula is given as Y =x*exp (-ΔG’/kT) where k represents the Boltzmann constant.

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