If the mass of your starting alcohol (cyclohexanol) is 1.48g, calculate the number of moles of cyclohexanol. (Molar mass of cyclohexanol =100.2g/mol ) 0.15 moles 0.015 moles 1.5 moles 15 moles Question 2 1 pts Based on the number of moles of cyclohexanol that you calculated in question 1, calculate the number of molecules of cyclohexanol. (Hint: 1 mole of a substance =6.0221023 molecules of that substance) 90300000 9030 9030000000000000000000 903 If the mass of your purified alkene product (cyclohexene) is 480mg, calculate the number of moles of cyclohexene. (Molar mass of cyclohexene =82.1g/mol ) 5.8510x12 rooles 5.8510n9 moles 5.85106 moles 5.8510n3 moles Question 4 1 pts Based on the number of moles of cyclohexene that you calculated in question 3 , calculate the number of molecules of cyclohexene. (Hint: 1 mole of a substance =6.0221023 molecules of that substance) 3520000000000000000000 352000000000000 3520 352 What is the main advantage of using the Amberlyst as the catalyst instead of sulfuric acid? Amberlyst is inexpensive Amberlyst has a greater catalytic efficiency than sulfuric acid Amberlyst has a greater specificity towards cyclic alcohols than sulfuric acid Amberlyst is less dangerous