Draw the structures for the major monobromination products that would be formed from each of the substrates used. In separate labeled (a to f) test tubes, place 1.0 mL of a 0.2 M stock solution of each of thefollowing substrates in 15 M (90%) acetic acid: a) phenol, b) anisole, c) diphenyl ether, d)acetanilide, e) 4-bromophenol, and f) 1-naphthol. Don't mix the pipets, any contamination willaffect your results greatly.Add about 500 mL of deionized water to a 1-L beaker and heat water to 35°C +2 °C. Suspendthe test tubes in the water bath by looping a piece of copper wire around the neck of the testtube and over the rim of the beaker. Transfer about 25 mL of a solution containing 0.05 Mbromine in 15 M acetic acid to an Erlenmeyer flask, and equilibrate this solution in the waterbath for a few minutes. Add 1.0 mL of the bromine solution to a test tube containing one of the substrates. Make theaddition rapidly, mix the solution quickly, and record the exact time of addition. Monitor thereaction mixture and note the elapsed time for the bromine color to become faint yellow or todisappear. If decoloration has not occurred within 5 minutes, which can happen because somesubstrate reacts slowly, proceed to a second substrate while waiting for the endpoint of thefirst one to be reached. Record the reaction time. Repeat this procedure for each of the arenes.

“Since you have posted a question with multiple sub parts, we will provide the solution only to the first three sub parts as per our Q&A guidelines. Please repost the remaining sub parts separately.”In the given question we have to predict the major product formed.The most common reactions of benzene ring are electrophilic substitution reactions. The electrophilic substitution reactions are the type of reactions in which electrophiles on the benzene ring substitutes a leaving group to form a product without disrupting the aromaticity of the compound.(a) PhenolThe reaction follows the given mechanism:In the first step, the electrophile Br+ is generated.Br+ attacks the phenol at the para position and hydrogen is released maintaining the aromaticity of the ring.(b) AnisoleThe reaction follows the given mechanism:In the first step, the electrophile Br+ is generated.Br+ attacks the anisole at the para position and hydrogen is released maintaining the ring's aromaticity.(c) Diphenyl etherThe reaction follows the given mechanism:In the first step, the electrophile Br+ is generated.Br+ attacks the diphenyl ether at the ortho position and hydrogen is released maintaining the ring's aromaticity.(a) The mechanism of the reaction is explained in step 2.(b) The mechanism of the reaction is explained in step 3.(c) The mechanism of the reaction is explained in step 4.