I didn't think the format would be preserved, oh well.

The first column is temperature in F
2nd, density of ethyl alcohol at that temp
3rd, density of water at that temp
4th, weight of 1 US gallon at that temp
5th, coefficient of thermal expansion compensation for glass
6th, %ABV
7th, calculatated density of 1 liter at that temp
((%ABV * Alc Dens)+(remaining water * water dens)* glass
expansion/l)
8th, change on ml from one step to the next due to changes on density
and volume of the container;
In other words, using the first group for an example, how much change
you should expect to see in a 10% ABV solution for a 5 degree C (9F)
change.

These are calculated values, I want to test them out too. They do not
account for disolved solids, that is around 2% of the total on average
from memeory.

Joe

> > 32 0.80625 0.99987 3780.543 1.00048 10 0.98098 0.00
> > 41 0.80207 0.99999 3781.090 1.00036 10 0.98055 0.43
> > 50 0.79788 0.99973 3780.167 1.00024 10 0.97978 0.77
> > 59 0.79367 0.99913 3777.962 1.00012 10 0.97870 1.08
> > 68 0.78945 0.99823 3774.653 1.00000 10 0.97735 1.35
> > 77 0.78522 0.99707 3770.340 0.99988 10 0.97577 1.58
> > 86 0.78097 0.99567 3765.109 0.99975 10 0.97396 1.81
> > 95 0.77671 0.99406 3759.050 0.99963 10 0.97197 1.99
> >
> > 32 0.80625 0.99987 3780.543 1.00048 11 0.97904 0.00
> > 41 0.80207 0.99999 3781.090 1.00036 11 0.97857 0.47
> > 50 0.79788 0.99973 3780.167 1.00024 11 0.97776 0.81
> > 59 0.79367 0.99913 3777.962 1.00012 11 0.97665 1.11
> > 68 0.78945 0.99823 3774.653 1.00000 11 0.97526 1.38
> > 77 0.78522 0.99707 3770.340 0.99988 11 0.97365 1.61
> > 86 0.78097 0.99567 3765.109 0.99975 11 0.97181 1.84
> > 95 0.77671 0.99406 3759.050 0.99963 11 0.96979 2.02
> >
> > 32 0.80625 0.99987 3780.543 1.00048 12 0.97710 0.00
> > 41 0.80207 0.99999 3781.090 1.00036 12 0.97659 0.51
> > 50 0.79788 0.99973 3780.167 1.00024 12 0.97574 0.85
> > 59 0.79367 0.99913 3777.962 1.00012 12 0.97459 1.15
> > 68 0.78945 0.99823 3774.653 1.00000 12 0.97318 1.42
> > 77 0.78522 0.99707 3770.340 0.99988 12 0.97153 1.64
> > 86 0.78097 0.99567 3765.109 0.99975 12 0.96966 1.87
> > 95 0.77671 0.99406 3759.050 0.99963 12 0.96762 2.04
> >
> > 32 0.80625 0.99987 3780.543 1.00048 13 0.97517 0.00
> > 41 0.80207 0.99999 3781.090 1.00036 13 0.97461 0.56
> > 50 0.79788 0.99973 3780.167 1.00024 13 0.97372 0.89
> > 59 0.79367 0.99913 3777.962 1.00012 13 0.97254 1.19
> > 68 0.78945 0.99823 3774.653 1.00000 13 0.97109 1.45
> > 77 0.78522 0.99707 3770.340 0.99988 13 0.96941 1.68
> > 86 0.78097 0.99567 3765.109 0.99975 13 0.96752 1.90
> > 95 0.77671 0.99406 3759.050 0.99963 13 0.96545 2.07
> >
> > 32 0.80625 0.99987 3780.543 1.00048 14 0.97323 0.00
> > 41 0.80207 0.99999 3781.090 1.00036 14 0.97263 0.60
> > 50 0.79788 0.99973 3780.167 1.00024 14 0.97170 0.93
> > 59 0.79367 0.99913 3777.962 1.00012 14 0.97048 1.22
> > 68 0.78945 0.99823 3774.653 1.00000 14 0.96900 1.48
> > 77 0.78522 0.99707 3770.340 0.99988 14 0.96729 1.71
> > 86 0.78097 0.99567 3765.109 0.99975 14 0.96537 1.92
> > 95 0.77671 0.99406 3759.050 0.99963 14 0.96327 2.10