In an experiment to determine Avogadro number, a stearic avid monolayer is formed on the surface of water in a
In an experiment to determine Avogadro number, a stearic avid monolayer is formed on the surface of water in a
circular dish. If the dish has a diameter of 101.6 mm, the monolayer in the dish will have an area of ___mm^2 or ____nm^2. If each stearic avid molecule covers an area of 0.21nm^2 in the monolayer, there are ___ molecules of stearic acid in the monolayer. 19 drops of stearic acid solution are spread across a water solution to form a monolayer. The solution has a concentration of 79mg stearic acid/L and stearic acid has a molar mass of 284.5g/mol. It takes 119 drops of solution to fill a graduated cylinder to the 1mL mark. There are ____mg of stearic acid in the monolayer and ____mol of stearic acid in the monolayer. From this data, Avogadro’s number is estimated to be _______ molecules/mol known to _____ sig figs.
“Looking for a Similar Assignment? Order now and Get a Discount!
The post In an experiment to determine Avogadro number, a stearic avid monolayer is formed on the surface of water in a appeared first on Premium Academic Affiliates.
