Reactions of Alkenes
Draw the products formed in each reaction.
Constitutional isomers are nothing but structural isomers having same molecular formula but different in arrangement of atoms, due to difference in arrangement of atoms there may be functional group change
If the groups attached to the carbon atoms are on same side then the compound is called as cis-isomer, if the groups are in opposite direction then the compound is said to be Trans isomer, cis and transe isomers are called sterioisomers
(a)
Let us draw the normal structure and write the molecular formula of each compound
(b)
The double bond is Trans double bond, so it is a transe isomer, the stereoisomer will be the cis isomer; let us draw the cis isomer of compound A
So the structure of stereoisomer is
(c)
Let us draw the normal structure and write the molecular formula of each compound
The compounds have same molecular formulas; the arrangement of atoms is different, hence they are constitutional isomers
Draw the products formed in each reactions
11.58 Draw the products formed in each reaction. + H₂ Pd a ~ b. L CH b. W L + H₂ Pd CH₃ CH C. CHg + H2O HŞSO4 CH3
for alkenes A,B,C, draw the
products formed when each alkene is treated with ozone, followed by
Zn, H2O. Be sure to answer all parts
For alkenes A, B, and C, draw the products formed when each alkene is treated with ozone, followed by Zn, H2O. Be sure to answer all parts.
draw the organic products formed in each reaction.
Draw the organic products formed in each reaction.
wides such as A are formed by combining peracids with alkenes. This reaction is similar to the of bromonium ion b from an kene. When epoxides are reacted with acid, an intermediate sformed that is structurally similar to b. Likewise, when water is added to Bit forms a product in a mechanism identical to the one from bibe. Draw the structures of A, B and C CPA HO HO C 4. Using the information abone draw the products of the...
1. Addition Reactions: Draw only the major product for each reaction. A. Addition reaction of alkenes
3. Epoxides such as A are formed by combining peracids with alkenes. This reaction is similar to the formation of bromonium ionb from an alkene. When epoxides are reacted with acid, an intermediate B is formed that is structurally similar to b. Likewise, when water is added to B it forms a product C in a mechanism identical to the one fromb to e. Draw the structures of A, B and C. Br Br Br2 Br Br b C MCPBA...
Draw the products of each reaction. Include all stereoisomers formed. NaBH CH,OH You are not [1] MgBr [2] H 0 Problem 21.15 Draw the products of each reaction. CHO NaCN HCI be a one 1903,4 Problem 21.17 Draw the products of the following Wittig reactions. FO + Ph P=CH,
Electrophilic Addition 16,44 Draw the products formed when each compound is treated with one equivalent of HBr. 10.45 Treatment of alkenes A and B with HBrave the same all halide C. Draw a mechanism for each reaction, including all reasonable resonance structures for any intermediate DOMOHON Bronson Her MCHACHA 16.46 Draw a stepwise mechanism for the following reaction.
General Reactions 19.52 Draw the organic products formed in each reaction Mgr 110, (2] H₂O 121H,0 H,SO, H,O KMnO OH Nojorgo, H,SO, H,0 U NOCN 12] H,O, OH
E2 and El Reactions - Draw the organic products that will be formed. Include stereochemistry where appropriate. Indicate the major mechanistic pathway for each reaction (El vs E2) and (Zaitzev vs Hoffman orientation)