How many of the following reagents can convert alkenes into alcohols
i) \(B_{2}H_{6}/THF,H_{2}O_{2} / OH^{-}\)
ii) Dil.\(H_{2}SO_{4}\)
iii) \(CH_{3}COO)_{2} ,"Hg/THF, NaBH_{4}/H_{2}O\)

Which of the following alkenes will give an optically active alcohol when treated with (H_(2)O)//H_(2)SO_(4) ?

How many of the following converts carbonyl compounds into alkanes i) Alkaline hydrazine ii) Red P-H iii) Pt,\(H_{2}\) iv Wurtz reagent v) "Zn-Hg+HCl" vi) \(NaBH_{4}\)

\(Cl_{2}\) disproportionate in : (A) \(H_{2}\)O,NaOH (B) \(H_{2}\)O,dil.\(H_{2}SO_{4}\) (C) NaOH,dil.\(H_{2}SO_{4}\) (D) dil.\(H_{2}SO_{4}\).conc\(H_{2}SO_{4}\)

Which of the following alkenes will give optically active alcohol when treated with H_(2)O //H_(2)SO_(4)

Formation OF alcohol by NaBH4, B2H6 or BH3-THF

How many of the following molecules do not contain peroxide linkage? H_(2)S_(2)O_(5),H_(2)SO_(5),H_(2)S_(2)O_(8),H_(4)P_(2)O_(8),H_(3)PO_(5),H_(2)S_(2)O_(6)

Arrange the following sets of molecules in the decreasing order of bond angle : (i) SF_(6), C Cl_(4), H_(2)O, NH_(3) (ii) CH_(4), NH_(3), H_(2)O, BF_(3) (iii) AlCl_(3), H_(2)S, BeH_(2), H_(2)O

How many of the following combinations of reactants will react less than 2% of theroetically possible extent? a. CH_(3)COOH +H_(2)O b. CH_(3)COO^(Theta) +H_(2)O c. CH_(3)COO^(Theta) +H_(3)O^(o+) d. CH_(3)COOH +KOH e. CH_(3)COOK +HCI (aq) f. HCI(g) +H_(2)O g. CI^(Theta)+H_(3)O^(o+) h. CI^(Theta) +H_(2)O i. overset(o+)NH_(4) + KOH j. overset(o+)NH_(4)+overset(Theta)OH k. NH_(3)+H_(2)O l. NH_(3)+H_(3)O^(o+) m. NH_(3) + HCI (aq) n. K^(o+) + overset(Theta)OH