Hydration is adding a ______ across a π bond.

Hydrogenation is adding a ______ across a π bond.

Halogenation is adding a ______ across a π bond.

Halohydrin formation is adding a ______ across a π bond.

Dihydroxylation is adding a ______ across a π bond.

What is the product of this reaction?

HBr in the presence of an Alkene will do ___________ of H and Br.

HBr, ROOR in the presence of an Alkene will do _________ of H and Br.

H₃O⁺ in the presence of an Alkene will undergo ________ and add OH and H across the π bond. This proceeds via ________.

 $\frac{Dilute\ H2SO4}{more\ H2O}$ in the presence of an Alkene will undergo ________ and add H and OH across the π bond. This proceed via ______.

 $\frac{Concentrated\ H2SO4}{dilute\ H2O}$  in the presence of an Alkene will undergo ________. This proceed via ______.

An HBr radical in the presence of an Alkene will undergo ________ and add H and Br across the π bond.

 $\frac{Hg\left(OAc\right)_2,\ H3O^+}{NaBH_4}$  in the presence of an Alkene will undergo ________ and add H and OH across the π bond.

HBr will add ___________ across the π bond.

H₃O⁺ will add ___________ across the π bond.

 $\frac{BH_3\cdot\ THF}{H_2O_2\ ,\ NaOH}$  will add ___________ across the π bond.

 $\frac{BH_3\cdot THF}{H_2O_2\ ,\ NaOH}$  in the presence of an Alkene will undergo ________ and add H and OH across the π bond.

 $\frac{BH_3\cdot\ THF}{H_2O_2\ ,\ NaOH}$ in the presence of an Alkene forms 2 chiral centers, it proceeds via  ________ and adds H and OH across the π bond. 

 $\frac{H_2}{Pt\ \left(also\ Pd\ or\ Ni\right)}$  in the presence of an Alkene will undergo ________ and add H and H across the π bond.

 $\frac{H_2}{Pt}$  will add ___________ across the π bond.

Cl₂ in the presence of an Alkene will undergo ________ and add Cl and Cl across the π bond.

 $\frac{Br_2}{H_2O}$  in the presence of an Alkene will form a _______ and undergo ________; this adds H2O to the intermediate. 

RCO₃H in the presence of an Alkene will form a(n) _______.

RCO₃H in the presence of an Alkene will undergo ________ and add OH and OH across the π bond.

 $\frac{OsO_4}{tBuOOH\ or\ NMO}$  in the presence of an Alkene will undergo ________ and add OH and OH across the π bond.

 $\frac{OsO_4}{tBuOOH\ or\ NMO}$  will add ___________ across the π bond.

 $\frac{O_3}{DMS\ or\ \frac{Zn}{H_2O}}$  in the presence of an Alkene will undergo ________ and cleave the π bond.

 $\frac{NaNH_2}{NH_3}$  in the presence of a dihalide will generate an alkyne via ________.

 $\frac{H_2}{Pt}$  in the presence of an Alkyne will undergo ________ and add H and H to form an alkane.

 $\frac{H_2}{Lindlars\ Catalyst}$   in the presence of an Alkyne will undergo ________ and add H and H to form a ______ alkene

 $\frac{Na}{NH_3}$   in the presence of an Alkyne will undergo ________ and add H and H to form a _________ alkene.

HX in the presence of an Alkyne will undergo ________ and add X to form an alkene. This proceeds via ______.

xs HX in the presence of an Alkyne will undergo ________ and add X and X to form an alkene.

 $\frac{H_2SO_4\ ,\ H_2O}{HgSO_4}$  in the presence of an asymmetrical Alkyne will yield a mixture of ___________. 

 $\frac{1.\ Disiamylborane\ or\ 9-BBN}{2.\ H_2O_2\ ,\ NaOH}$  in the presence of a terminal Alkyne will undergo ________ to produce an ________.

___________ produces a tetra-halide in the presence of an Alkyne.

 $\frac{1.\ O_3}{2.\ H_2O}$  in the presence of an Alkyne will produce two _________.

_________ produces a di-halide in the presence of an Alkyne

 $\frac{1.\ O_3}{2.\ H_2O}$  in the presence of a terminal Alkyne will produce a _________ and __________.

__________ in the presence of an Alkyne will add an R group to the alkyne thus elongating the carbon skeleton.

 $\equiv\ \ \frac{?}{\rightarrow}\ \ \parallel$  

 $\equiv\frac{?}{\longrightarrow}\ \$  |

 $\parallel\ \frac{?}{\rightarrow}$  |

Rank the following in increasing acidity

I. RH

II. ROH

III. XH

IV. RNH₂

________ can deprotonate an alcohol.

HX in the presence of a tertiary alcohol will proceed as __________.

SOCl₂ or PBr₃ in the presence of a primary or secondary alcohol will proceed as __________.

 $\frac{concentrated\ H_2SO_4}{\Delta\ \left(heat\right)}$  in the presence of a secondary or tertiary alcohol will proceed ________.

 $\frac{concentrated\ H_2SO_4}{\Delta\ \left(heat\right)}$  in the presence of a primary alcohol will proceed ________.

Dehydration of an alcohol will occur via ______ if the hydroxyl group is tosylated/pronated.