Complete the following equations:
a) `H_(2)C=CH-CH_(3)+HCl to (A)`
b) `CH_(3)-CH=C(CH_(3))_(2)+O_(3)overset(Zn)underset(H_(2)O)to(A) + (B)`
c) `H_(2)C=CH_(2)+O_(3) overset(H_(2)O)to(A) overset(NaOH(aq))to(B) + (C )`
d) `(CH_(3))_(3)C-CH=CH_(2)+HClto (A)`
d) `MeCH_(2)C-=CHoverset(NaNH_(2))to(A)overset(Et.Br)to(B)`
g) `HC-=CHoverset(H_(2),Pd(CaCO_(3)))underset((CH_(3)COO)_(2)Pb)to(A)overset(Br_(2))underset(CCl_(4))to (B) overset(KOH("alc"))to(C)`
h) `HC-=CHoverset(HgSO_(4),H_(2)O)underset(H_(2)SO_(4))to(A) overset(H)underset(LiAlH_(4))to(B)overset("conc"H_(2)SO_(4))underset(443K)to(C)`
i) `CH_(3)CH=(CH_(2)) overset(Br_(2))underset(773 K) (A) overset(Cl_(2))underset(773K)to (B)`
j) `CH_(3)CH=CH_(2) overset(Br_(2))underset(773K)to(A) overset(KOH("alc"))underset(Delta)to(B)`
k) `H_(2)C=CH_(2)+CH_(2)+CH_(2) to (A)`
l) `CH_(3)CH=CH_(2) + CH_(2)I_(2) to (A)`
m) `H_(2)C=CH-CH=CH_(2)+H_(2)=CH_(2) to (A) overset(H_(2))underset(Pd)to(B)`
n) `C_(3)H_(7)CH=CH_(2)overset(Hg(OAc)_(2))underset(THF//H_(2)O)to (A) overset(NaBH_(4)//NaOH)to(B)`
o) `CH_(3)CH=CH_(2) overset(BH_(3)//THF)to (A) overset(CH_(3)COOH)to (B)`
p) `C_(6)H_(5)CH=CH_(2) overset(Br_(2))to(A) overset(3.0 "equiv")underset(CH_(3)I)to (B)`
q) `C_(6)H_(5)CH_(2)CH(Cl)C_(6)H_(5) overset(KOH("alc"))underset(Delta)to(A)`
r)

Explanation

a) (A) `CH_(3)CHClCH_(3)` b) (A) `CH_(3)CHO`, (B) `CH_(3)COCH_(3)`, ( C) (A) HCHO (B) HCOONa c) `CH_(3)OH` (Formaldehyde undergoes Cannizzaro's reaction d) (A) 2-chloro-2,3-dimethylbutane , (e) (A) `Me-CH_(2)-C-=Can` (B) `MecH_(2)C-=C-Et` (f) (A) `CH-=CH` (N) `CH_(3)CH=CHCOOH` (g) (A) `C_(2)H_(4)` (B) `CH_(2)BrCH_(2)Br` (C) `C_(2)H_(2)` (h)
(A) `CH_(3)CHO` (B) `CH_(3)CH_(2)OH` (C) `C_(2)H_(4)` (i) (A) `CH_(3)-CH=CH_(2)`
j) (A) `CH_(2)BrCH=CH_(2)` (B) `H_(2)C=C=CH_(2)` (k) (A) cyclopropane l) (A) methyl-cyclopropane (m) (A) cyclohexene (B) Cyclohexane (n) (A) `C_(3)H_(7)CH(OH)CH_(2)-HgOAc`
(B) `C_(3)H_(7)CH(OH)CH_(3)`
(o) `(A)(CH_(3)CH_(2)CH_(2))_(3)B(B) CH_(3)CH_(2)CH_(3)`
(p) (A) `C_(6)H_(5)CHBr - CH_(2)Br` (B) `C_(6)H_(5)C-=CCH_(3)`
q) (A) `C_(6)H_(2)CH=CHC_(6)H_(5)` (cis- and trans-)
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