38.86 mL of sunflower oil (876 g/mol, D= 0.919 g/mL). were reacted with excess 20% NaOH aqueous solution in order to hyd

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38 86 Ml Of Sunflower Oil 876 G Mol D 0 919 G Ml Were Reacted With Excess 20 Naoh Aqueous Solution In Order To Hyd 1 (219.76 KiB) Viewed 77 times

38 86 Ml Of Sunflower Oil 876 G Mol D 0 919 G Ml Were Reacted With Excess 20 Naoh Aqueous Solution In Order To Hyd 2 (70.19 KiB) Viewed 77 times

38.86 mL of sunflower oil (876 g/mol, D= 0.919 g/mL). were reacted with excess 20% NaOH aqueous solution in order to hydrolyze it and produce soap (M. Wt 310 g/mol) according to the following reaction: Ignore glycerol in your calculation. ما hech CH2-OH O II CH2-0-C(CH2) 14CH3 O IL CH2-0-C(CH2)14 CH3 + 3 NaOH II CH2-0-C(CH2) 14CH3 CH2-OH + 3CH3 (CH2)1400, Na -C(CH2)14CH C CH2-OH saponification Fat + Sodium Hydroxide glycerol + a crude soap If the actual mass of the crude soap produced is 3.357 g, calculate each of the following: I mass of oil used m. The operation for calculating mass of oil m: m(oil) = Unit = II. moles of oil used n. olac of oil n:

11. moles of oil used n. The operation for calculating moles of oil n: n(oil) = Unit = III. moles of soap produced The operation for calculating moles of soap: n(soap) = Unit IV. Theoretical mass of crude soap. 수 The operation for calculating theoretical mass of soap: Theoretical mass(crude soap) = e Unit V. Percentage yield of this process (PY) The operation for calculating percentage yield Percentage yield - Pro