At 0k there is no thermal entropy , only configurational entropy is there and it is maximum at 50%-50% solbilty of solute in solvent.. The configurational entropy is measured as ∆S=klnW..
At 0k there is no thermal entropy , only configurational entropy is there and it is maximum at 50%-50% solbilty of solute in solvent..
The configurational entropy is measured as ∆S=klnW..
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Thermal entropy will be zero at 0K (according to third law of thermodynamics entropy (Thermal entropy due to atomic vibrations) of pure element is zero at 0K), but configurational entropy will be there.
Thermal entropy will be zero at 0K (according to third law of thermodynamics entropy (Thermal entropy due to atomic vibrations) of pure element is zero at 0K), but configurational entropy will be there.
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At 0k there is no thermal entropy , only configurational entropy is there and it is maximum at 50%-50% solbilty of solute in solvent.. The configurational entropy is measured as ∆S=klnW..
At 0k there is no thermal entropy , only configurational entropy is there and it is maximum at 50%-50% solbilty of solute in solvent..
See lessThe configurational entropy is measured as ∆S=klnW..
Yes, the thermal entropy is zero as there is no atomic vibration. Confrontational is there because of two types/more than two types of atoms.
Yes, the thermal entropy is zero as there is no atomic vibration.
Confrontational is there because of two types/more than two types of atoms.
See lessThermal entropy will be zero at 0K (according to third law of thermodynamics entropy (Thermal entropy due to atomic vibrations) of pure element is zero at 0K), but configurational entropy will be there.
Thermal entropy will be zero at 0K (according to third law of thermodynamics entropy (Thermal entropy due to atomic vibrations) of pure element is zero at 0K), but configurational entropy will be there.
See less