Folin ciocalteu consists of H3PMo12O40 and H3PW12O40, which are used for staining of phenolic chemicals and biologic subunits. Normality of this compound depends on the H+ atoms present in the solution. Since both these subunits have 3 H+ ions, eq would be 1/3 (because the solution consists of both of them). Thus, the C in the equation becomes: C=N*eq=2/3M
But the information above has only informative property, since regardless the normality/molality/molarity of the solution, 10% solution would have [0.1*volume] grams of the solute in solution.
Folin ciocalteu solution has a density of 1.24 g/cm3 (from: http://www.merckmillipore.com/turkey/food-analytics/folin-ciocalteu-s-phenol-reagent/MDA_CHEM-109001/english/p_llWb.s1O65sAAAEhFBgsgn0Y)
Then, from 1 liters of folin ciocalteu solution, 2/3 moles of solute can be obtained, having mass of m=d*V=1.24g/mL*1000mL=1240g of solution. 100 g of this solution would be V=m/d=100g/(1.24g/mL)=80mL of folin ciocalteu solution per 1000mL of beaker.
Folin ciocalteu consists of H3PMo12O40 and H3PW12O40, which are used for staining of phenolic chemicals and biologic subunits. Normality of this compound depends on the H+ atoms present in the solution. Since both these subunits have 3 H+ ions, eq would be 1/3 (because the solution consists of both of them). Thus, the C in the equation becomes: C=N*eq=2/3M
But the information above has only informative property, since regardless the normality/molality/molarity of the solution, 10% solution would have [0.1*volume] grams of the solute in solution.
Folin ciocalteu solution has a density of 1.24 g/cm3 (from: http://www.merckmillipore.com/turkey/food-analytics/folin-ciocalteu-s-phenol-reagent/MDA_CHEM-109001/english/p_llWb.s1O65sAAAEhFBgsgn0Y)
Then, from 1 liters of folin ciocalteu solution, 2/3 moles of solute can be obtained, having mass of m=d*V=1.24g/mL*1000mL=1240g of solution. 100 g of this solution would be V=m/d=100g/(1.24g/mL)=80mL of folin ciocalteu solution per 1000mL of beaker.