text stringlengths 0 205 |
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okay so if you want to do the full |
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okay so if you want to do the full |
solution you would go and look at the |
align:start position:0% |
solution you would go and look at the |
align:start position:0% |
solution you would go and look at the |
thermal expansion to predict the latus |
align:start position:0% |
thermal expansion to predict the latus |
align:start position:0% |
thermal expansion to predict the latus |
parameter well how do you do thermal |
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parameter well how do you do thermal |
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parameter well how do you do thermal |
expansion |
align:start position:0% |
expansion |
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expansion |
um well remember where thermal expansion |
align:start position:0% |
um well remember where thermal expansion |
align:start position:0% |
um well remember where thermal expansion |
comes from |
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align:start position:0% |
um |
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um |
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um |
thermal expansion comes from essentially |
align:start position:0% |
thermal expansion comes from essentially |
align:start position:0% |
thermal expansion comes from essentially |
the volume dependence of the free energy |
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the volume dependence of the free energy |
align:start position:0% |
the volume dependence of the free energy |
um and that comes from two terms you |
align:start position:0% |
um and that comes from two terms you |
align:start position:0% |
um and that comes from two terms you |
have an energy that's volume dependent |
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have an energy that's volume dependent |
align:start position:0% |
have an energy that's volume dependent |
and you have an entropy that's volume |
align:start position:0% |
and you have an entropy that's volume |
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