Explore saturated fatty acids. Learn the structure, the general chemical formula, and examples of saturated fatty acids including their sources in...

2. Calculate moles of benzoic acid solute, using the answer in Step 2 (in mol/kg) and the mass (in kg) of lauric acid solvent. 3. Calculate the experimental molecular weight of benzoic acid, in g/mol. Use the …

Learn what fatty acids are and how fatty acid molecules function. Understand the definition of fatty acid and the profile, composition, and types of fatty acids.

Lauric acid is known to have a freezing point depression constant, Kf, of 3.9 Celsius.kg/mol. Calculate the molar mass of the unknown solute and report your answer to the nearest whole number.

Calculate molality (m), in mol/kg, using the formula, Δ t = K f ⋅ m (Kf = 3.9 o C − k g / m o l for lauric acid).

Lauric acid, C 12 H 24 O 2 is the primary constituent of coconut oil and melts at 24 ∘ C. As an oil, it is not soluble in water and is only very slightly polar. In a kitchen cabinet, lauric acid is usually liquid on …

An essential fatty acid is a molecule that is required to carry out biological functions. There are only two fatty acids that are considered essential for the human body.

Benzoic Acid and Lauric Acid: Benzoic acid and lauric acid are both organic compounds and acids. However, there is a distinct difference between the two compounds, which is that benzoic acid is an …

9. A solution of 1.129 g of benzoic acid in 8.043 g of lauric acid had a freezing point of 37.00 C. What is the molar mass of benzoic acid? The freezing point of lauric acid is 41.50 C and K_f is 3.900 …

Lauric acid is a nonpolar molecule. Lauric acid has a carboxylic acid group (COOH) that is polar. However, it also has a long hydrocarbon chain that...