B Pharma 3rd Sem POC 2 Important Questions 2024

In this post b pharma 3rd semester pharmaceutical organic chemistry 2 important questions are given for 2024. 

Many questions have been collected from previous question papers of POC 2 and the help of a question bank has also been taken. 

Therefore all the questions given here are mandatory and important. 

By preparing answers to all these questions, you can prepare well for the upcoming exam. 

Discuss the questions for which you have difficulty in writing answers with your professor and prepare accurate answers. 

First of all, write the b pharma 3rd sem POC 2 important questions given below in the order in your notebook. 

After that try to write their answers in your own words. 

Before writing the correct answer in your own words, your concept on this topic should be clear. 

For concept clearance, you should read the lesson based on this topic in your textbook 2 to 3 times. 

You should try to understand the meaning of the lesson. 

You can also take the help of an advanced pharma book to write the answers to the questions of b pharma 3rd sem pharmaceutical organic chemistry 2 question paper given below. 

When you get the question paper of POC 2 in the examination hall, first of all, get confirmation that it is error-free. 

If any page mission or question is missing then inform your class invigilator. 

After getting the Poc 2 question paper, start writing answers only after reading the instructions on the first page carefully. 

Instructions are given on the first page as to which questions of B pharm 3rd sem Organic Chemistry question paper have to be answered in how many words and which questions are mandatory to answer.

By following these instructions, you will definitely score good marks and will be able to attempt all the questions equally. 

Let us prepare an informative note for you by solving this set of pharma important questions 3rd semester.


Pharmaceutical Organic Chemistry 2 Questions

B Pharmacy 3rd Semester POC ii Important Questions

  • Explain the structural evidence of benzene.
  • Write the effect of substituents on the acidity of phenols.
  • Discuss in detail the analysis of fats and oils with their significance.
  • Explain the synthesis, properties, and uses of naphthalene.
  • Write the effect of substituents on the basicity of aromatic amines and synthetic uses of diazonium salts.
  • Write the classification and properties of oils and fats.
  • Explain the effect of substituents on the acidity of aromatic acids. Write notes on reactions of aromatic acids.
  • Write notes on Aryl Diazonium Salt. Write a note on the synthesis of diazonium salts.
  • Write notes on the synthesis and uses of phenanthrene.
  • Write notes on the effect of substituents on the basicity of aromatic amines.
  • Explain the rancidity of oils with their estimation.
  • Write notes on the aromatic character of benzene.
  • Write on the addition reaction of cyclobutane with halogens.
  • Write notes on Coulson and Moffitt’s modification in cycloalkanes.
  • Write notes on acid value.
  • Write notes on the orientation and structure of benzene.
  • Write notes on strainless theory.
  • Write notes on the synthesis of cycloalkane.
  • Give the structure and uses of DDT and BHC.
  • Write notes on synthesis and uses of diphenylmethane.
  • Explain the tests for phenols.
  • Write the important reactions of phenol.
  • Write the reaction for the synthesis of benzoic acid from Grignard reagent.
  • Give the synthesis of lindane.
  • Write the reactions of cyclopropane and cyclobutane.
  • Give the structure and uses of resorcinol.
  • Give the structure and uses of chloramine.
  • Write notes on inductive and resonance effects.
  • Give the structure and uses of cresols.
  • Write notes on ester value.
  • Write the Friedelcraft reaction of benzene.
  • Write any three methods of preparation of phenols.
  • Give the synthesis of naphthols.
  • Write a short notes on the "HINSBERG" test.
  • Give the structure and uses of triphenylmethane.
  • Briefly write a note on the Gatterman reaction.
  • Define iodine value.
  • Give an account of the resonance stabilization of benzene.
  • Write notes on drying of oils.
  • Give the structure and uses of derivatives of anthraquinone
  • Write notes on Baeyer’s strain theory.
  • Draw the structure and apply the 4n+2 rule for naphthalene and 1,3 cyclobutadiene.
  • Give the structure and uses of anthracene. Depict the synthesis and reactions of anthracene.
  • Write a brief note on activating and deactivating groups with examples.
  • Write the stability of cyclohexane.
  • Discuss with all possible evidence about the Kekule structure of benzene.
  • Brief out on the hydrolysis and hydrogenation of fats and oils.
  • Write the method of preparation of picric acid.
  • Brief out on Reimer Tiemann's reaction with the mechanism.
  • Give an account of the Diazo coupling reaction.
  • Write a note on the general mechanism of electrophilic substitution reactions of benzene with emphasis on any two examples.
  • Write a note on Williamson’s Ether synthesis.
  • Briefly write a note on the reactions of benzoic acid.
  • Give an account of the acylation reactions of amines.
  • Give an account of Kolbe’s reaction with mechanism.
  • Write about the ozonolysis reaction of benzene.
  • What are lipids? Write their classification in detail.
  • Brief out the tests to differentiate primary, secondary, and tertiary amines.
  • Discuss three different methods of synthesis of Anthracene. Mention some of its important properties.
  • Write a note on the ortho effect on aromatic carboxylic acids.
  • Explain the Haworth synthesis for Naphthalene.
  • Give an account for the fact that phenols are more acidic than alcohols.
  • Write a note on Bayer’s strain theory. 
  • Give an account of Huckel’s rule of aromaticity and the orbital theory of benzene.
  • Write short notes on the following:- (a) Waxes (b) Hybridization (c) Sachse Mohr’s theory (d) Saponification value. 
  • Briefly explain the reason for the preference for the C9 position over than C2 position in anthracene during chemical reactions.
  • What happens when Naphthalene? (a) Reduce with H2/Ni (b) Addition of excess CL2.
  • Give an account of the fate of aniline in reaction with potassium dichromate and sulphuric acid.
  • Give the structure and uses of the following:- (a) Saccharin (b) p-cresol (c) 1-Naphthol.
  • Define fatty acids and give a detailed classification of fatty acids with examples.

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