The document provides a study plan for preparing for the CSIR UGC NET exam in Chemical Science, emphasizing the importance of focusing on key topics, understanding the exam pattern, and effective time management. It suggests spending at least 5 hours daily on studying, practicing previous year papers, and taking online test series in the last month before the exam. Additionally, it outlines the marks distribution for important topics in Inorganic and Physical Chemistry to guide preparation.

1. Crack CSIR UGC
NET CHEMICAL
SCIENCE June 2018
Study Plan

2. WANT TO GET SUCCESS IN THE EXAM?
FOLLOW THIS CSIR UGC NET
STUDY PLAN

3. 1. Review the Complete CSIR NET
Syllabus and list up all the topics on a
paper.
● No need to Study whole Syllabus.
● Focus on important topics.

4. 2. Understand the CSIR NET Exam
Pattern and set your targeted score to
bag up the exam qualification.

5. 3. Plan a study schedule to manage your time
effectively during the exam preparation.
● Spend at least 5 hours on your studies daily and allow 1 hour extra for
revision.
● Take Important Topics at first. And as soon as you complete a topic, revise it
instantly!
● Utilize Morning Hours on those topics that you find difficult to learn and
understand.
● Noon Hours should be spent on the topics which can be solved with the help
of short tricks and methods.
● Try to cover your maximum portion in Morning and Noon Hours and
dedicate evening hours for refining your performance.

6. 4. Polish up your skills and improve
your performance by solving CSIR
NET Previous Years Question Papers.

7. 5. Start taking CSIR NET Online Test
Series with 1 month left for the exam,
so that, you can self-assess your
performance and put your efforts
towards improving it.

8. 6. For better learning practices, avoid
cramming and focus more on
understanding their actual meanings
and methods.

9. IMPORTANT TOPICS TO PREPARE
INORGANIC CHEMISTRY
Marks distribution for topics according to previous NET paper analysis:
1. Chemical Periodicity: 2 marks
2. Chemical Bonding: 8-16 marks
3. Acid-Bases: 4-6 marks
4. Main group Elements: 6-20 marks
5. Coordination Compound: 20-24 marks
6. Inner transition elements: 4-8 marks
7. Organometallic chemistry: 20-30 marks
8. Bio-inorganic chemistry: 8-16 marks
9. Analytical chemistry: 6-12 marks
10. Nuclear chemistry: 2-8 marks
11. Characterisation of inorganic compounds: 8 marks

10. Question 1: Boron in BCl3 has
1. Sp hybridisation
2. Sp2 hybridisation
3. Sp3 hybridisation
4. No hybridisation
2. In Trigonal Prismatic ligand field, the most stabilized d-orbital is-
1. dz2
2. dxy
3. dxz
4. dyz
3. The number of metal-metal bonds in [Co2Fe2(CO)11(𝞵4-PPh)2] is-
1. 3
2. 4
3. 5
4. 6
Ans: 2. Sp2 hybridisation,
B*= 1s2 2s1 2px
1 2py
1
Ans. 1 dz2
Ans. 2 Four

11. 4.
Ans. 3
Gd- MRI Contrast agent
Au- Arthritis
Pt- Cancer (Cisplatin)
Li- Depression (as Li2CO3)

12. PHYSICAL CHEMISTRY
Marks distribution for topics according to previous NET paper analysis:
1. Quantum Chemistry: 16-32 marks
2. Thermodynamics: 12 marks
3. Chemical Kinetics: 16 marks
4. Electrochemistry: 6-14 marks
5. Molecular Spectroscopy: 4-8 marks
6. Group theory: 14-16 marks
7. Statistical thermodynamics: 8 marks
8. Solid state: 6 marks
9. Colloids and surface: 6-8 marks
10. Equillibria: 4-6 marks
11. Polymer: 4-6marks
12. Data analysis: 2-4 marks
13. Kinetic theory of gases: 0-2 marks
14. Solution and colligative properties:0- 2 marks

13. 1.
Ans. 4

14. 2.
3.
Ans. 1
Ans. 1

15. 4.
Ans. 4 It is possible to
have a pair of IR-active
normal modes that are
degenerate.

16. ● Avoid Getting Pressurized
● Revise Your Notes
● Eat Healthy
● Go to Bed Early

17. During Exam:
● Don’t Panic
● Read paper
carefully
● Start with
easy section
● Avoid guess
work

19. ALL the BEST!!!!