A quick and dirty specific gravity;
* dilute the coconut water 1:1 with distilled water, if mixed in a blender a minute continue otherwise mix till smooth
* do a gravity reading as normal on this 50% mixture, example it might be 1.030
* with said gravity reading subtract 1.000, example 1.030 minus 1.000 is 0.030 this represents the increase in density due to the solids
* multiply the fraction number by the dilution rate, example 0.030 times two is 0.060, this represents the solids found in the original sample
* add 1.000 back to the corrected solids number, example 1.000 plus 0.060 means the original sample was at 1.060
this will not work after fermentation since alcohol has a density below 1.000.
gravity numbers are linear against the soluble solids
every crop has some variation in sugar versus soluble solids, to be accurate/ not quick and dirty one needs a hydrometer which is calibrated for said crop
* dilute the coconut water 1:1 with distilled water, if mixed in a blender a minute continue otherwise mix till smooth
* do a gravity reading as normal on this 50% mixture, example it might be 1.030
* with said gravity reading subtract 1.000, example 1.030 minus 1.000 is 0.030 this represents the increase in density due to the solids
* multiply the fraction number by the dilution rate, example 0.030 times two is 0.060, this represents the solids found in the original sample
* add 1.000 back to the corrected solids number, example 1.000 plus 0.060 means the original sample was at 1.060
this will not work after fermentation since alcohol has a density below 1.000.
gravity numbers are linear against the soluble solids
every crop has some variation in sugar versus soluble solids, to be accurate/ not quick and dirty one needs a hydrometer which is calibrated for said crop