Course on Top 100 Most Important Topics for CSIR-NET 2024 June Physical Sciences Exam
In this course, we will provide you with the top 100 most important topics for the upcoming CSIR-NET 2024 June 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. Access to lectures 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 CSIR-NET 2024 June Exam.
₹1199.00 ₹4500.00 73% OFF
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Course Overview
Salient Features:
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 precise 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
Schedule of Classes
Start Date & End Date
Mar 22 2024 - Jul 06 2024
Course Curriculum
1 Subject
Course on Top 100 Most Important Topics for CSIR-NET 2024 June Physical Sciences Exam
0 Exercises • 60 Learning Materials
Mathematical Methods of Physics
Lec-1 Dimensional Analysis
(Pdf) Lec-1 Dimensional Analysis
Lec-2 Gradient, Level Surface and Unit Normal
(Pdf) Lec-2 Gradient, Level Surface and Unit Normal
Lec-3 Line, Surface, and Volume Integrals and related Theorems
(Pdf) Lec-3 Line Surface and Volume Integrals and related Theorems
Lec-4 The Coordinate Systems Cartesian, Spherical Polar, Plane Polar, and Cylindrical Polar
(Pdf) Lec-4 The Coordinate Systems Cartesian, Spherical Polar, Plane Polar, and Cylindrical Polar
Lec-5 The Dirac Delta Function and Levi-Civita Symbol
(Pdf) Lec-5 The Dirac Delta Function and Levi-Civita Symbol
Lec-6 Eigen Values, Eigen Vectors, and Cayley Hamilton Theorem
(Pdf) Lec-6 Eigen Values Eigen Vectors and Cayley Hamilton Theorem
Lec-7 Similarity Transformation and Diagonalization of Matrix
(Pdf) Lec-7 Similarity Transformation and Diagonalization of Matrix
Lec-8 Linear ordinary differential equations of first and second order
(Pdf) Lec-8 Linear ordinary differential equations of first and second order
Lec-9 Cauchy-Euler Differential Equation
(Pdf) Lec-9 Cauchy-Euler Differential Equation
Lec-10 Special Functions Legendre Bessel Hermite and Laguerre
(Pdf) Lec-10 Special Functions Legendre Bessel Hermite and Laguerre
Classical Mechanics
Lec-19 Stability Analysis
(Pdf) Lec-19 Stability Analysis
Lec-20 Phase Space Dynamics
(Pdf) Lec-20 Phase Space Dynamics
Lec-21 Central Force Motions
(Pdf) Lec-21 Central Force Motions
Lec-22 Virial Theorem
(Pdf) Lec-22 Virial Theorem
Lec-23 Rigid Body Dynamics: Moment of Inertia
(Pdf) Lec-23 Rigid body dynamics Moment of Inertia
Lec-24 Angular Momentum and Inertia Tensor
(Pdf) Lec-24 Angular Momentum and Inertia Tensor
Electromagnetic Theory
Lec-31 Electric Field and Potential
(Pdf) Lec-31 Electric Field and Potential
Lec-32 Electric flux and Gauss’ Law
(Pdf) Lec-32 Electric flux and Gauss’ Law
Lec-33 Electrostatic Energy
(Pdf) Lec-33 Electrostatic Energy
Lec-34 Multipole Expansion of Electric Potential
(Pdf) Lec-34 Multipole Expansion of Electric Potential
Lec-35 Polarization
(Pdf) Lec-35 Polarization
Lec-36 Electrostatic Boundary Conditions
(Pdf) Lec-36 Electrostatic Boundary Conditions
Lec-37 Biot-Savart Law, Ampere’s Law & Magnetic Field Determination
(Pdf) Lec-37 Biot-Savart Law Ampere’s Law and Magnetic Field Determination
Lec-38 Electromagnetic Induction
(Pdf) Lec-38 Electromagnetic Induction
Lec-39 Maxwells Equations
(Pdf) Lec-39 Maxwells Equations
Lec-40 The Electromagnetic Waves and its propagation in conductor
(Pdf) Lec-40 The Electromagnetic Waves and its propagation in conductor
Lec-41 Coulomb Gauge, Lorentz Gauge and Gauge Transformation
(Pdf) Lec-41 Coulomb Gauge Lorentz Gauge and Gauge Transformation
Quantum Mechanics
Lec-47 Uncertainty Principle
(Pdf) Lec-47 Uncertainty Principle
Lec-48 Postulates of Quantum Mechanics
(Pdf) Lec-48 Postulates of Quantum Mechanics
Lec-49 The Step Potential
(Pdf) Lec-49 The Step Potential
Thermodynamic and Statistical Physics
Electronics and Experimental Methods
Atomic & Molecular Physics
Condensed Matter Physics
Nuclear and Particle Physics
Course Instructor
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Dr. Sahin Sorifi
25 Courses • 798 Students
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