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What is the product?
add pyridine without Cl


What is the product?
Add NO2 (depends on directors) - No directors


What is the product?
Add Br (depending on directors) - No directors


What is this prodcut?
Add Cl (depending on directors)


What is this product?
Add diene to dienophile, add (+-)


What is this product?
Add diene to dienophile, add (+-)


What is this product?
Add diene to dienophile, add (+-)


What is this product?
Add diene to dienophile, add (+-)


What is this product?
Add diene to dienophile (complete diene adds a side product attached to ring), add (+-)

What is this product?


What is the product?


What is the product?


What is the product?


What is the product?


What is this product?
Double bond leaves, and Br is added to that carbon


What is this product?
Double O bond is replaced with single OH bond


What is this product?
OTMS is replaced with OH


What is this product?
Double bond is broken, and Br is added


What is the reagent?
Diene w/ heat - adds to deinophile


What is the reagent?
HCL - double bond is broken and Cl adds to the carbon


What is the reagent?
Ring and ALCl3 - ring structure replaces Cl


What is the reagent?
a) LiAHIH4 b) H+ - double O bond is replaced with single OH


What is the reagent?
a) Diene b) H+ - one of the double bonds on diene breaks and replaces where the ClMg was


What is the reagent?
Diene w/ heat - adds to deinophile


What is the reagent?
TBAF, H2O - OTMS is replaced with OH


What is the reagent?
CL2, FeCL3 - Cl adds (different position depending on directors)


What is the reagent?
a) diene b) H+ - diene breaks one double bond which replaces and adds where the MgCl was


What is the reagent?
TBAF, H2O - OTMS is replaced with OH


What is the reagent?
Carbon chain w/ Cl, AICL3 - Carbon chain adds without the Cl


What is the reagent?
BR2, light - Br adds


What is the reagent?
KOH - Br leaves, and single chain is changed to a double bond


What is the reagent?
Diene, heat - diene adds to dienophile


What is the reagent?


What is the reagent?


What is the reagent?


What is the reagent?


What is the product?
Br adds on wedge (+-)


What is the product?
Br adds on (1 length) carbon


What is the product?
Br adds on same carbon as the carbon chains


What is the product?
Double bond breaks and Br is attached


What is the product?
Double bond breaks within ring and Br is added on wedge, add (+-)


What is the product?
Double bond breaks, adds Br on wedge. Add (+-)


What is the product?
Breaks double bond, adds Br


What is the product?


What is the product?


What is the product?


What is the product?


What is the product?


What is the product?


What is the product?
H2 Lindlars - breaks triple bond to double


What is the product?


What is the product?


What is the product?
Double bond breaks on diene and adds


What is the product?


What is the product?


What is the product?


What is the product?


What is the product?
H is replaced with O and attached structure


What is the product?


What is the reagent?
Br2, light


What is the reagent?
Bullet shape - bullet shape replaces Br and attaches


What is the reagent?
Li, NH3 (I) - triple bond breaks and form double bond (not terminal)


What is the reagent?
MCPBA - double bond breaks and forms epoxied


What is the reagent?
H2 Lindlars - triple bond breaks and forms double bond


What is the reagent?
Diene, heat


What is the reagent?
H2, Pd - double bond leaves


What is the reagent?
a) ChMgBr3 b) H+


what is the reagent?


what is the reagent?


what is the reagent?


What is the product?

What is the reagent?


What is the product?


What is the reagent?
BH3, HOO- - breaks double bond to single and adds OH


What is the reagent?


What is the product?


What is the reagent?


What is the product?
Triple bond, broken to a double bond (z-alkene)


What is the reagent?
H2, Lindlars - triple bond forms z-alkene (double bond)


What is the product?
Triple bond broken to form double bond (e-alkene)


What is the reagent?
Li, NH3(I) - triple bond is broken to from e-alkene (double bond)

What is the product?
Triple bond broken to form single bond