[A] Preparations (Any Four) .................................07 to 18
1. Synthesis of m-dinitrobenzene from nitrobenzene
2. Synthesis of p-nitroacetanilide from acetanilide
(Green Approach)
3. To prepare urea-formaldehyde plastic from urea and formaldehyde
4. Synthesis of phenol-formaldehyde polymer
5. Diels-Alder reaction between furan and maleic acid
(Green Approach)
6. Preparation of Soap
(Saponification)
7. Preparation of Ferrous Ammonium Sulfate
(Mohr’s Salt)

[B] Quantitative and Qualitative Analysis (Any four).......19 to37
8. Estimation of available chlorine in bleaching powder
(iodometric method)
9. Estimation of calcium in CAN fertilizer
(complexometric method)
10. Determination of composition of dolomite
(by complexometric titration).
11. Determine the saponification value of a given oil sample.
12. Analysis of AR grade and LR grade HCl and compare their molarity.
13. Determination of strength of commercially available H2O2
14. Assay glacial acetic acid as per Indian pharmacopeia
(7 Ed, Volume-2)
[C] Sampling, Safety and pollution control (Any three)................38 to 61
15. Identification of bio-indicators of pollution
(field/lab-based survey)
16. Estimation of alkali content in water and soap samples
17. Qualitative soil analysis
(pH and water-soluble ions)
18. pH and conductivity comparison of tap vs. polluted water
19. Criteria of purity- Determination of melting and boiling points
(2 organic solids/liquids)
[D] Industrially important techniques (Any one)...........................62 to 66
21. Deionization water using ion exchange resin or zeolites
22. Identification of presence or absence of salicylic acid in aspirin tablet by TLC

[E] Industrial Visit (Compulsory)....................67 to 70
Visit to an Industry (ETP/Chemical Plant/Pharma Unit) and submission of a short project/report