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Course on Top 100 Most Important Topics + TEST SERIES for CSIR-NET 2024 June Exam

In this course, we will provide you with the top 100 most important topics for the upcoming CSIR-NET 2024 Physical Sciences Exam. Each topic will be discussed thoroughly, covering relevant concepts, formulae, previous year questions (PYQs), and new problems strictly according to the CSIR-NET Physical Sciences syllabus. The tests in the test series have been designed based on the latest CSIR NET JRF Physical Science syllabus and paper type. There will be a total of 30 tests that include 10 Single-unit tests, 5 Bi-unit tests, 3 Tri-unit tests, 2 Half-syllabus tests, and 10 Full-length Mock tests. The total no. of questions in the test series will be 1140. Access to lectures and tests is available through both the Android app and the website. Aspirants preparing for CSIR-NET, GATE, BARC, JEST, TIFR, SET, and PSC Asst. Prof. examinations in Physics will greatly benefit from this comprehensive course. The validity of the course will be till July 2024.

Course Instructor Dr. Sahin Sorifi

₹1599.00 ₹5999.00 73% OFF

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Course Overview

Salient Features:

Top 100 Most Important Topics

1] Top 100 most important and repetitive topics from the CSIR-NET Physical Sciences syllabus will be covered

2] Each topic will be discussed with thorough concepts, pyqs, new problems, and quick derivations if necessary

3] Tips and tricks will be provided to strengthen numerical ability

4] A lot of questions will be discussed both during theory sessions as well as in separate problem-exclusive sessions.

5] The video lectures can be accessed via laptop, desktop, tablet, and mobile

6] Inside App download is available for watching videos offline

7] Separate PDF files for class notes will be provided

8] Periodic Doubt Clearing Sessions

9] WhatsApp Doubt clearing Facility

10] Access anytime, anywhere, unlimited times till expiry

 

CSIR-NET 2024 June Test Series (Physical Sciences)

Important Highlights:

1] The tests have been designed based on the latest CSIR NET JRF Physical Science syllabus and paper type.

2] PDF solutions are available for the test papers.

3] The test paper includes Multiple Choice Questions (MCQs).

4] There will be a total of 30 tests including 10 Single-unit tests, 5 Bi-unit tests, 3 Tri-unit tests, 2 Half-syllabus tests, and 10 Full-length Mock tests.

5] The Test Series will remain valid till CSIR-NET 2024 June Exam

Participants are allowed unlimited attempts.

 

Test Pattern:

1] Single-unit tests will contain 10 questions each and the duration will be of 45 minutes.

2] Bi-unit tests will contain 20 questions each and the duration will be of 75 minutes.

3] Tri-unit tests will contain 30 questions each and the duration will be of 90 minutes.

4] Half-syllabus test will contain 50 questions each and the duration will be of 120 minutes.

5] Full-length Mock tests will contain 75 questions each and the duration will be of 180 minutes. It will have a similar pattern to the conventional CSIR-NET Physical Science paper.

6] There will be a negative marking of 1/4  in each question of all the tests.

Schedule of Classes

Start Date & End Date

Apr 06 2024 - Jul 10 2024

Course Curriculum

1 Subject

Course on Top 100 Most Important Topics + TEST SERIES for CSIR-NET 2024 June Exam

0 Exercises 62 Learning Materials

Mathematical Methods of Physics

Lec-1 Dimensional Analysis

Video
42:19

(Pdf) Lec-1 Dimensional Analysis

PDF

Lec-2 Gradient, Level Surface and Unit Normal

Video
36:4

(Pdf) Lec-2 Gradient, Level Surface and Unit Normal

PDF

Lec-3 Line, Surface, and Volume Integrals and related Theorems

Video
1:17:7

(Pdf) Lec-3 Line Surface and Volume Integrals and related Theorems

PDF

Lec-4 The Coordinate Systems Cartesian, Spherical Polar, Plane Polar, and Cylindrical Polar

Video
1:54:32

Lec-4 The Coordinate Systems Cartesian, Spherical Polar, Plane Polar, and Cylindrical Polar

PDF

Lec-5 The Dirac Delta Function and Levi-Civita Symbol

Video
1:6:9

(Pdf) Lec-5 The Dirac Delta Function and Levi-Civita Symbol

PDF

Lec-6 Eigen Values, Eigen Vectors, and Cayley Hamilton Theorem

Video
1:14:22

(Pdf) Lec-6 Eigen Values Eigen Vectors and Cayley Hamilton Theorem

PDF

Lec-7 Similarity Transformation and Diagonalization of Matrix

Video
57:47

(Pdf) Lec-7 Similarity Transformation and Diagonalization of Matrix

PDF

Lec-8 Linear ordinary differential equations of first and second order

Video
2:49:46

(Pdf) Lec-8 Linear ordinary differential equations of first and second order

PDF

Lec-9 Cauchy-Euler Differential Equation

Video
33:6

(Pdf) Lec-9 Cauchy-Euler Differential Equation

PDF

Lec-10 Special Functions Legendre Bessel Hermite and Laguerre

Video
2:42:48

(Pdf) Lec-10 Special Functions Legendre Bessel Hermite and Laguerre

PDF

Classical Mechanics

Lec-19 Stability Analysis

Video
50:10

(Pdf) Lec-19 Stability Analysis

PDF

Lec-20 Phase Space Dynamics

Video
1:27:44

(Pdf) Lec-20 Phase Space Dynamics

PDF

Lec-21 Central Force Motions

Video
3:10:45

(Pdf) Lec-21 Central Force Motions

PDF

Lec-22 Virial Theorem

Video
24:28

(Pdf) Lec-22 Virial Theorem

PDF

Lec-23 Rigid Body Dynamics: Moment of Inertia

Video
2:7:21

(Pdf) Lec-23 Rigid body dynamics Moment of Inertia

PDF

Lec-24 Angular Momentum and Inertia Tensor

Video
2:6:11

(Pdf) Lec-24 Angular Momentum and Inertia Tensor

PDF

Electromagnetic Theory

Lec-31 Electric Field and Potential

Video
1:50:47

(Pdf) Lec-31 Electric Field and Potential

PDF

Lec-32 Electric flux and Gauss’ Law

Video
1:44:35

(Pdf) Lec-32 Electric flux and Gauss’ Law

PDF

Lec-33 Electrostatic Energy

Video
1:4:19

(Pdf) Lec-33 Electrostatic Energy

PDF

Lec-34 Multipole Expansion of Electric Potential

Video
2:6:50

(Pdf) Lec-34 Multipole Expansion of Electric Potential

PDF

Lec-35 Polarization

Video
57:34

(Pdf) Lec-35 Polarization

PDF

Lec-36 Electrostatic Boundary Conditions

Video
1:15:44

(Pdf) Lec-36 Electrostatic Boundary Conditions

PDF

Lec-37 Biot-Savart Law, Ampere’s Law & Magnetic Field Determination

Video
2:41:53

(Pdf) Lec-37 Biot-Savart Law Ampere’s Law and Magnetic Field Determination

PDF

Lec-38 Electromagnetic Induction

Video
1:4:31

(Pdf) Lec-38 Electromagnetic Induction

PDF

Lec-39 Maxwells Equations

Video
51:1

(Pdf) Lec-39 Maxwells Equations

PDF

Lec-40 The Electromagnetic Waves and its propagation in conductor

Video
3:10:4

(Pdf) Lec-40 The Electromagnetic Waves and its propagation in conductor

PDF

Lec-41 Coulomb Gauge, Lorentz Gauge and Gauge Transformation

Video
43:46

(Pdf) Lec-41 Coulomb Gauge Lorentz Gauge and Gauge Transformation

PDF

Quantum Mechanics

Lec-47 Uncertainty Principle

Video
47:17

(Pdf) Lec-47 Uncertainty Principle

PDF

Lec-48 Postulates of Quantum Mechanics

Video
1:51:15

(Pdf) Lec-48 Postulates of Quantum Mechanics

PDF

Lec-49 The Step Potential

Video
1:17:52

(Pdf) Lec-49 The Step Potential

PDF

Lec-50 Particle in an Infinite Potential Well

Video
1:32:21

(Pdf) Lec-50 Particle in an Infinite Potential Well

PDF

Thermodynamic and Statistical Physics

Electronics and Experimental Methods

Atomic & Molecular Physics

Condensed Matter Physics

Nuclear and Particle Physics

Course Instructor

tutor image

Dr. Sahin Sorifi

25 Courses   •   799 Students