There are the Mupltiple Question asked in exams like this, So In this article I am going to Include the top 10 results from the google web whose are giving the answer of the Question In each reaction box, place the best reagent and conditions from the list below.

In each reaction box, place the best reagent and conditions from the list below

These are some of the major steps you have to follow while solving reaction box problems:

Step 1: Analysing the reaction

This is an observational process where you have to analyze the given reaction. You can easily figure out compounds are:

  • Saturated or unsaturated
  • Aliphatic or aromatic

Step 2: Count the number of carbons on both sides

Here you have to just count the number of carbon present on both sides and find out whether carbon numbers are decreased or increased.

Step 3: Figure out the IUPAC name of given compounds

Try to write correct IUPAC names of both compounds which will help you to know the behavior of the compounds as well as the type of reaction applied.

Step 4: Choose the best reagent and conditions

Choosing the best reagent and conditions are most difficult steps in such problems. But if you had done the above three steps correctly, no need to be worry. Just focused on the given reagents and conditions, and figure out:

  • Oxidizing and reducing agents
  • Acidic and basic reagents (if a molecule have more the one acidic proton and our need is to add some base to it then we should know which proton will be abstracted first and so on.)

Step 5: Know basic named reactions types

For any conversion in an organic compound, you must have some knowledge about basic reaction types that are frequently used in the organic chemistry. Here are some of the basic named reactions that are mostly used and asked:

  • Halogenation (Eg. Hoffmann Bromination)
  • Oxidation and reduction
  • Nitration
  • Hydrolysis
  • Carboxylation and Alkyl Cyanide formation (used if you want to increase carbon numbers)
  • Hunsdiecker reaction and iodoform preparation (used if you want to reduce carbon numbers)

These are some additional famous reaction types methods:

  • Markovnikov and Anti-Markovnikov methods
  • Heinsberg’s method
  • Ozonolysis
  • Grignard’s method
  • Functional group rearrangements

Now, based on the above five steps, we have some different types examples for the problem “In Each Reaction Box, Place The Best Reagent And Conditions From The List Below” which will definitely clear all your doubts and you will be master in such problems.

Top 5 Best Results on Google