Complete the following reactions :
(i) `C_(6)H_(5)OH+CH_(3)Cl underset(AlCl_(3))overset("Anhyd.")(rarr)`
(ii) `C_(6)H_(5)OH+H_(2)SO_(4) overset(373 K)(rarr)`.

Complete the following equations : (i) C_(6)H_(5)OH+Br_(2)overset(H_(2)O)(rarr) (ii) C_(6)H_(5)OH +CHCl_(3)underset(343K)overset(NaOH(aq.))(rarr) (iii) C_(6)H_(5)OH+HNO_(3)overset(H_(2)SO_(4)("conc."))(rarr) (iv) C_(6)H_(5)ONa+CO_(2)underset(4-7atm)overset(398K)(rarr) (v) C_(6)H_(5)OH+(C_(2)H_(5))_(2)SO_(4)underset(Delta)overset(NaOH(aq.))(rarr) (vi) C_(6)H_(5)ONa+CH_(3)OHunderset(Delta)overset(ThO_(2))(rarr) (vii) C_(6)H_(5)OH+(CH_(3)CO)_(2)Ounderset(orCH_(3)COONa)overset("Pyridine")(rarr) (viii) C_(6)H_(5)OH+CH_(3)Cloverset(AlCl_(3)("anhyde."))(rarr)

C_(6)H_(6) + CH_(3) Cl underset(AlCl_(3))overset("Anhydrous")(rarr) C_(6)H_(5) - CH_(3) + HCl the name of the above reaction is

Predict the products of the following reactions : (i) CH_(3)-CH=CH_(2) underset((ii) 3H_(2)O_(2)//OH^(-))overset((i) B_(2)H_(6))(rarr) (ii) C_(6)H_(5)-OH overset(Br_(2) (aq))(rarr) (iii) CH_(3) -CH_(2)-OH overset(Cu//573 K)(rarr)

Complete the following reaction: underset((A))(o-HOOC) - C_(6) H_(4) - CH_(2) - Ph overset(SOCl_(2))rarr (B) underset(AlCl_(3))overset("Anhyd")(rarr) (C) underset(+HCl)overset(Zn + Hg)(rarr) (D) underset(600^(@)C)overset(S "or" Se)(rarr) (E)