Reaction equation: Reagent Table Chemical mass FW mp (°C) bp (°C) mmol (g/mol) (g) density volume (g/mL) (mL) plant oil (Assume it is 100% glyceryl trioleate) N/A N/A 0.91 methanol N/A sodium methoxide (30% in methanol) N/A N/A glycerol biodiesel (methyl oleate) biodiesel (methyl linoleate) biodiesel (methyl palmitate) N/A N/A N/A N/A biodiesel (methyl stearate) Note: For those reagents that are in solution, the FW, mmol, and mass columns refer to the solute in the solution. What are the structures of oleic and stearic acids? miting reagent: eoretical yield of biodiesel:

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Chapter1: Chemical Foundations
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Prelab: Biodiesel Production by Base Catalyzed Transesterification
Reaction equation:
Reagent Table
Chemical
FW
mass
density volume
(g/mol)
mp (°C) bp (°C) mmol
(g)
(g/mL) (mL)
plant oil (Assume it is 100% glyceryl trioleate)
methanol
N/A
N/A
0.91
N/A
sodium methoxide (30% in methanol)
N/A
N/A
glycerol
biodiesel (methyl oleate)
N/A
biodiesel (methyl linoleate)
N/A
biodiesel (methyl palmitate)
N/A
N/A
biodiesel (methyl stearate)
Note: For those reagents that are in solution, the FW, mmol, and mass columns refer to the solute in the solution.
What are the structures of oleic and stearic acids?
Limiting reagent:
Theoretical yield of biodiesel:
Transcribed Image Text:Prelab: Biodiesel Production by Base Catalyzed Transesterification Reaction equation: Reagent Table Chemical FW mass density volume (g/mol) mp (°C) bp (°C) mmol (g) (g/mL) (mL) plant oil (Assume it is 100% glyceryl trioleate) methanol N/A N/A 0.91 N/A sodium methoxide (30% in methanol) N/A N/A glycerol biodiesel (methyl oleate) N/A biodiesel (methyl linoleate) N/A biodiesel (methyl palmitate) N/A N/A biodiesel (methyl stearate) Note: For those reagents that are in solution, the FW, mmol, and mass columns refer to the solute in the solution. What are the structures of oleic and stearic acids? Limiting reagent: Theoretical yield of biodiesel:
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