Nitrobenzene is a versatile compound that may be converted inot a wide variety of subsituted benzenes. Five such synthesis are shown below. In each reaction box above an arrow write letters designating the reagents and conditions, selected from the list at the bottom of the page, that would effect the transformation. The reagents must be written in the answer box in the correct order of their use. You may assume appropriate heating or cooling takes place, and more than one equivalent of the reagent may be used if needed. {:(,"Reagents",,"Reagents",),(A,H_(2)","Ni "catalyst",F,Cl_(2) " & " FeCl_(3),),(B,KBr " & " Cu_(2) Br_(2),G,NaOH 10 % " solution",),(C,KCN " & " Cu_(2) (CN)_(2),H,(CH_(3)CO)_(2)O", pyridine",),(D,HNO_(2) 0^(@)C,I,HNO_(3)//H_(2)SO_(4),),(E,CH_(3)I " & pyridine",,,):}

Nitrobenzene is a versatile compound that may be converted inot a wide

1.	Nitrobenzene is a versatile compound that may be converted inot a wide variety of subsituted benzenes. Five such synthesis are shown below. In each reaction box above an arrow write letters designating the reagents and conditions, selected from the list at the bottom of the page, that would effect the transformation. The reagents must be written in the answer box in the correct order of their use. You may assume appropriate heating or cooling takes place, and more than one equivalent of the reagent may be used if needed. {:(,"Reagents",,"Reagents",),(A,H_(2)","Ni "catalyst",F,Cl_(2) " & " FeCl_(3),),(B,KBr " & " Cu_(2) Br_(2),G,NaOH 10 % " solution",),(C,KCN " & " Cu_(2) (CN)_(2),H,(CH_(3)CO)_(2)O", pyridine",),(D,HNO_(2) 0^(@)C,I,HNO_(3)//H_(2)SO_(4),),(E,CH_(3)I " & pyridine",,,):}
Answer» SOLUTION :BASIC INFORMATION