Provide the mechanism for the conversion below.
a nitrile to 3,5-dimethoxyaniline
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Provide the mechanism for the conversion below. a nitrile to 3,5-dimethoxyaniline
4. Please provide the mechanism for the basic hydrolysis of the following nitrile using the proper Arrow push notation. You must show all arrows and intermediates, and don't forget formal charges. OOH 1), NaOH, HO, 100 °C HICH CN HC LCH32). HCI, H2O
to an aldehyde or ketone on 1. Provide a mechanism for the conversion of treatment with aqueous base.
Chapter 19: Mechanisms Name: 1. Propose a mechanism that shows how the nitrile is converted into the imine intermediate shown below. CEN H30* DIBALH H Н intermediate
Propose a synthesis for the pentanoic acid from pentane nitrile. Write the mechanism of the reaction.
Propose a synthesis for the pentanoic acid from pentane nitrile. Write the mechanism of the reaction.
12. Provide a curved arrow mechanism showing the conversion of the aldehyde to the cyclic ketal product. (6 pts)
please circle answer Shown below is the reaction between a nitrile and a Grignard reagent. What would be the first step in the mechanism? CN - 1. CH3MgBr 2. H307 Nucleophile attacks nitrile carbon Hydrolysis of the nitrile Protonate the nitrile nitrogen Base Beprotonates the alpha-carbon An unknown compound shows an infrared absorption around 2250 cm (medium intensity). What structural fragment could be causing this absorption? carbonyl OOH nitrile N-H NH 1. (CH3)2CHCOCI, pyridine 2. LIAIH4 3. H2O Product tertiary...
12. Provide a curved arrow mechanism showing the conversion of the aldehyde to the cyclic ketal product. (6 pts) но: +Hy0 ное
1. (3p) Propose a synthesis for the pentanoic acid from pentane nitrile. Write the mechanism of the reaction. 2. (3p) Draw the mechanism and the expected reaction product for the following reaction:
12. Provide a curved arrow mechanism showing the conversion of the aldehyde to the cyclic ketal product. (6 pts) 10-M 13. Provide a synthesis for the target molecule shown. (18 pts) он TM SM он NC. SM TM