chemistry
...2 oz. avoirdupois wfsdfsdfdsfith a specific gravity of 0.85 A nfgdfgfdgfdgfumber of experfdgfdgfdgfdgimentalfgfdgfdgfd metgfdhods for determining the spgecgdfgdfgdfgafdgfdific f, according to Archimedes' principle, ifgdfgdfgfdgfds the weighfdgdft of thegfdgfdfdgfd water dgfdgdfgfdgfisplaced by the volume of the solid. If the solid is less dense than watdsfdsgfadgfer, some meangfdgdfs must be adopdafgfdagdfagdfagdfafgfdgdfgfdgfted to fully sudgfdbmerge it, e.g., a system of pulleys or a sinker of kngafdgfdagdfagdfagdfgdfown mass and volume. The specififdgfdc gravity of the solid is the ratio of its weight in aiffgfdgfdgfddg to thegfdgfdgfdgfdgf difference betgfddgfdgfdgfdgween its weight in air and its weight immersed in water.If your product is semi-solid, you'll need to know the specific gravity - the relationship of product weight to water. The volume of the tube is shown in fluid capacity, both ounces and cc's. Here's a formula to help you with the conversion 1 Fluid oz. = 29.574 cc., 8 fluid drams 1 Fluid oz. of specific gravity 1.0 weighs 1.04 oz. avoirdupois 1 cc. of specific gravity 1.0 weighs 1 gram 1 lbs. = 453.59 grams 1oz. avoirdupois = 28.349 grams Example: To find tube size for 2 oz. avoirdupois with a specific gra...