Cycles. This is not the final stage of the steps of the scientific method, as it generates data and ideas to recycle into the first stage. The initial and wider research area can again be addressed, with this research one of the many individual pieces answering the whole question.
The reason behind this is because the cyclohexene is highly flammable, so as to remove any unnecessary risk we used a heating pad. We then created our cyclohexanol mixture of cylcohexanol (6mL), sulfuric acid (10 drops), phosphoric acid (8 mL), and a boiling cheap which we then used on our apparatus.
The following unit provides a virtual demonstration of the reactions (or lack of reaction) of bromine with a selected group of compounds. Cyclohexane has no pi-unsaturation and is therefore not nucleophilic.It does not react with bromine unless energy in the form of light or heat is applied. In such a case a free-radical substitution reaction occurs. Cyclohexene is a typical alkene, and benzene and anisole are aromatic compounds.romine is a strong electrophile and has a characteristic red-brown color. These properties make bromine a useful reagent for probing the reactivity of colorless nucleophilic organic compounds, such as alkenes and arenes. Two kinds of reaction are common: addition & substitution.