Starting with 2.10 g of cyclohexanol, what is the theoretical yield of cyclohexane in moles?

Molecular Weight (MW) of Cyclohexanol = 100.2 g/mol
Molecular Weight (MW) of Cyclohexene = 82.1 g/mol

a) 0.026 mol
b) 0.032 mol
c) 0.022 mol
d) 0.018 mol

To find the theoretical yield of cyclohexane in moles, we need to determine the molar ratio between cyclohexanol and cyclohexane. The molar mass of cyclohexanol is 100.2 g/mol, while the molar mass of cyclohexane is 82.1 g/mol.

First, convert the mass of cyclohexanol to moles: 2.10 g / 100.2 g/mol = 0.0209 mol. Then, use the molar ratio between cyclohexanol and cyclohexane to find the theoretical yield of cyclohexane: 0.0209 mol cyclohexanol * (1 mol cyclohexane / 1 mol cyclohexanol) = 0.0209 mol cyclohexane Therefore, the theoretical yield of cyclohexane in mol is 0.0209 mol, which is option d) 0.018 mol.

Starting with 2.10 g of cyclohexanol, what is the theoretical yield of cyclohexane in moles?Molecular Weight (MW) of Cyclohexanol = 100.2 g/mol Molecular Weight (MW) of Cyclohexene = 82.1 g/mol a) 0.026 mol b) 0.032 mol c) 0.022 mol d) 0.018 mol

Answer :

Final answer:

Explanation:

Other Questions

Starting with 2.10 g of cyclohexanol, what is the theoretical yield of cyclohexane in moles?

Molecular Weight (MW) of Cyclohexanol = 100.2 g/mol
Molecular Weight (MW) of Cyclohexene = 82.1 g/mol

a) 0.026 mol
b) 0.032 mol
c) 0.022 mol
d) 0.018 mol