why is distillation an ideal choice to purify cyclohexene from cyclohexanol instead of other possible purification methods (specific examples)

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5) A pair of students fractionally distilled a 1:1 mixture of hexane and heptane while another pair fractionally distilled a 1:1 mixture of hexane and cyclohexane. Which pair achieved a more complete separation of the two components? Explain briefly by considering the given boiling points. Hexane: 60°C; Cyclohexane:80°C; Heptane: 98°C

The dehydration of cyclohexanol in the presence of an acid catalyst produces cyclohexene. 2.51 mL of cyclohexanol (d = 0.948 g/mL) are reacted. Calculate the theoretical yield of cyclohexene produced, in grams. Report the mass to 2 decimal places. g

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Organic Chemistry

Methanol has a melting point of -97.6°C. Naphthalene has a melting point of +80.3°C. Click on the reasons why Naphthalene has a higher melting point. Be careful!! Don't click on responses that don't contribute to the higher melting point of naphthalene even if those statements happen to be true. H 4- H-C H Methanol H H Naphthalene A) Naphthalene has many more atoms so the London forces are much stronger with Naphthalene. B) Methanol is polar and has dipole-dipole forces. C) Methanol has hydrogen bonding forces. D) Methanol has higher London forces because oxygen has more electrons than carbon. E) Napthalene is a non-polar molecule that does not have dipole-dipole forces.

Would you expect chlorophyll to be more soluable in coconut oil or 2-propanol?

1. Draw the structures of Methyl-benzene, 2-Acetyltoluene, 4-Acetyltoluene 2. What type of intermolecular forces exist for Methyl-benzene, 2-Acetyltoluene, 4-Acetyltoluene 3. based on what you know about the boiling points of Methyl-benzene, 2-Acetyltoluene, 4-Acetyltoluene in which are intermolecular forces strongest? Why?

The theoretical yield of 1-methylcyclohexene in moles(from 2-methylcyclohexanol amount of 2.239 gram).  The theoretical yield of 1-methylcyclohexene in moles is 0.01961. 1. What is the corrected actual yield(% Relative Area for 1-methylcyclohexene is 82.81%)? The theoretical yield of 1-methylcyclohexene in moles is 0.01961. 2. . What is the calculation of the %yield of 1-methylcyclohexene?