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correctly it's the second derivative of
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correctly it's the second derivative of
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correctly it's the second derivative of
the free energy with respect to volume
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the free energy with respect to volume
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the free energy with respect to volume
okay now you have to evaluate that
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okay now you have to evaluate that
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okay now you have to evaluate that
derivative somewhere you have to you
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derivative somewhere you have to you
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derivative somewhere you have to you
evaluate it at the equilibrium lce
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evaluate it at the equilibrium lce
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evaluate it at the equilibrium lce
constant
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constant
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constant
okay
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okay
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okay
so what do you do when you do the B
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so what do you do when you do the B
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so what do you do when you do the B
modulus at zero temperature what we do
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modulus at zero temperature what we do
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modulus at zero temperature what we do
is you don't have the free energy uh
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is you don't have the free energy uh
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is you don't have the free energy uh
well the energy is equal to the free
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well the energy is equal to the free
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well the energy is equal to the free
energy at zero temper so first of all
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energy at zero temper so first of all