I'm really stuck on how to approach this problem. Please show workModel 1-Assume that each molecule is a cube with the sides of length "t".Find: volume of a molecule of cetyl alcohol (v=t^3)number of molecules in the monolayer (N=V/v)Number of moles in the monolayer (n=m/242.50)number of molecules in 1 mole; avogadro's number (N0=N/n)Model 2- Assume each molecule is a rectangle with the longer sides five times the shorter side. The longer side of the rectangle will be the monolayer thickness, t.Find: volume of a molecule of cetly alcohol [v=t(t/5)(t/5)]number of molecules in the monolayer (N=V/v)Number of moles in the monolayer (n=m/242.50)avogadro's number (N0=N/n)
I'm really stuck on how to approach this problem. Please show workModel 1-Assume that each molecule is a cube with the sides of length "t".Find: volume of a molecule of cetyl alcohol (v=t^3)number of molecules in the monolayer (N=V/v)Number of moles in the monolayer (n=m/242.50)number of molecules in 1 mole; avogadro's number (N0=N/n)Model 2- Assume each molecule is a rectangle with the longer sides five times the shorter side. The longer side of the rectangle will be the monolayer thickness, t.Find: volume of a molecule of cetly alcohol [v=t(t/5)(t/5)]number of molecules in the monolayer (N=V/v)Number of moles in the monolayer (n=m/242.50)avogadro's number (N0=N/n)
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