Draw and name the four reactive carbon intermediates
EXTRA CREDIT: There are three commonly encountered reactive carbon intermediates: radicals, sarbocations, and carbanions. But there is a fourth intermediate, called a carbene, which shows up occasionally in reactions. A carbene has two bonds and a lone pair on carbon, but nothing else. For instance, ChC: is called dichlorocarbene and is an intermediate in the following reaction. Provide the mechanism, the reaction coordinate diagram, and the rate law for this reaction. (+6 pts) Cl base CI
The most important reactive intermediates formed in the reactions of an alkene with Cl2/H20 are: cyclic chloronium ion O carbocation carbon radical carboanion
5. Draw a complete mechanism for each reaction including curved arrows and all reactive intermediates. Provide an elementary step label above the arrow for each step YMYK Fall 2019 Homework 6 CHEM 2313 Dashboard Calendar To Do Notifications Inbox
please answer and show work.
8. The mechanism for the formation of highly reactive Criegee intermediates in the atmosphere is shown below (the biradical product is the Criegee intermediate): ko The third step is the slowest. What is the predicted RATE LAW for this reaction?
In the boxes provided, draw the structures of the four intermediates and the enamine product formed in the following reaction. You don’t have to show the important resonance structures.I need to see the mechanism that leads to the intermediates and the product.
Draw carbon tetrachloride (methyl tetrachloride). The IUPAC name for this compound is tetrachloromethane.
Draw carbon tetrachloride (methyl tetrachloride). The IUPAC name for this compound is tetrachloromethane.
Question 4 1 pts Which is the most reactive aromatic carbon of this molecule? carbon 1 carbon 2 carbon 3 carbon 4 carbon 5 carbon 6 Question 5 3 pts
Need arrows, charges, and mechanistic intermediates how the
boxes specify
Draw the curved arrow mechanism to show the conversion of hex-1-ene and CHyOH in acid solution into 2- methoxyhexane. Follow the instructions under the boxes for each step. Draw all necessary atoms and charges, do not add any structures. Add any necessary atoms and charges to the carbon structures above to show the proper mechanistic intermediates and draw curved arrows to show the next mechanistic steps. Draw aurved arrows above....
Four carbon isomeric alkanes: 3a. Molecular formula: Structural formula Name 35, Molecular formula: Name Structural formula