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Instructor: Dr. Anupam Jagga
Language: English; Hindi
Our Class XII Electrostatics course offers a comprehensive exploration of the fundamental principles and applications of electrostatics. This course equips students with the knowledge and skills needed to excel in their Class XII physics curriculum and their future in this respected field.
Students will discover the world of electric charges and fields, understanding topics like Coulomb's Law, electric potential, capacitance, and electric current. Through engaging lectures, interactive demonstrations, and practical problem-solving sessions, students will gain a strong grasp of these concepts and theories.
It will allow students to conduct experiments and simulations that reinforce theoretical knowledge. This approach fosters a genuine passion for the subject and prepares students for board exams and competitive tests.
The course also highlights the modern relevance of electrostatics, showcasing its role in electronic devices, medical equipment, and environmental applications. Experienced instructors provide personalized support, ensuring students' comprehension and confidence.
By the course's end, students will possess a profound understanding of electrostatics, ready to excel in their examinations and pursue further studies in physics, engineering, or related fields. Join us on this electrifying journey into the world of electrostatics and unlock the secrets and potential of Electrostatics for class XII.
Electric Charges and Coulomb’s Law | |||
INDEX | Preview | ||
Lecture 01 Frictional Electricity , Electric Charge , Two kind of charges , Origin of electric charge , Units of electric charge 33:00 | |||
Lecture 02 Properties of electric charge , Comparison of properties of charge and mass 33:00 | |||
Lecture 03 Charging a body by Friction , Conduction , Induction, Gold leaf Electroscope 35:00 | |||
Lecture 04 Numerical examples 1-6 13:00 | |||
Lecture 05 NCERT problems 1-8 18:00 | |||
Practice Quiz - 1 - for Lecture 1 to 5 | |||
Practice Quiz - 2 - for Lecture 1 to 5 | |||
Practice Quiz - 3 - for Lecture 1 to 5 | |||
Practice Quiz - 4 - for Lecture 1 to 5 | |||
Practice Quiz - 5 - for Lecture 1 to 5 | |||
Practice Quiz - 6 - for Lecture 1 to 5 | |||
Lecture 06 Coulomb's Law in Electrostatics ,Dielectric constant K , Coulomb's law in vector form ( All Theory) 39:00 | |||
Lecture 07 Numerical examples 1-6 29:00 | |||
Lecture 08 Numerical examples 7-12 31:00 | |||
Practice Quiz - 1 - for Lecture 6 to 8 | |||
Practice Quiz - 2 - for Lecture 6 to 8 | |||
Practice Quiz - 3 - for Lecture 6 to 8 | |||
Practice Quiz - 4 - for Lecture 6 to 8 | |||
Practice Quiz - 5 - for Lecture 6 to 8 | |||
Lecture 09 Superposition Principle, Force between two charges in terms of position vectors , Force due to continous charge (Line charge , Surface charge , Volume charge) ditribution . 22:00 | |||
Lecture 10 Numerical Examples 1-6 35:00 | |||
Lecture 11 Numerical Examples 7-11 36:00 | |||
Practice Quiz - 1 - for Lecture 9 to 11 | |||
Practice Quiz - 2 - for Lecture 9 to 11 | |||
Practice Quiz - 3 - for Lecture 9 to 11 | |||
Electric Field, Dipole and Gauss’s Theorem | |||
INDEX | Preview | ||
Lecture 01 Electric field E , Field Intensity, Units and Dimentions , Physical Significance, E due to a point charge , Three component of electric field , Superposition principle , E due to a system of two point charges 32:00 | |||
Lecture 02 Electric lines of force and its properties 21:00 | |||
Lecture 03 Numerical Examples 1-5 35:00 | |||
Lecture 04 Numerical Examples 6-13 33:00 | |||
Practice Quiz - 1 - for Lecture 1 to 4 | |||
Practice Quiz - 2 - for Lecture 1 to 4 | |||
Practice Quiz - 3 - for Lecture 1 to 4 | |||
Practice Quiz - 4 - for Lecture 1 to 4 | |||
Practice Quiz - 5 - for Lecture 1 to 4 | |||
Lecture 05 Electric Dipole , Dipole Moment , Numericals on dipole moment , E at axial poisition due to an electric dipole. 29:00 | |||
Lecture 06 Electric Field due to dipole at Equatorial position , E at Any point , Numerical Examples on E at axial, equatorial. any point 36:00 | |||
Lecture 07 Torque on a dipole in E , Potential energy of dipole in E ( Imp Theory points ) 34:00 | |||
Lecture 08 Numerical examples on Torque and Potential energy , SHM of a dipole in E and related concept clearing Numerical examples 24:00 | |||
Lecture 09 NCERT problems 1-5 22:00 | |||
Practice Quiz - 1 - for Lecture 5 to 9 | |||
Practice Quiz - 2 - for Lecture 5 to 9 | |||
Practice Quiz - 3 - for Lecture 5 to 9 | |||
Practice Quiz - 4 - for Lecture 5 to 9 | |||
Practice Quiz - 5 - for Lecture 5 to 9 | |||
Lecture 10 Gauss's Theorem , Electric Flux, Electric flux through a closed surface, Important points about electric flux 24:00 | |||
Lecture 11 Gauss's law in electrostatics , Proof of Gauss's theorem , Alternate proof of gauss's theorem by concept of solid angle , Coulomb's law by Gauss's law 26:00 | |||
Lecture 12 Numerical Examples 1-5 25:00 | |||
Lecture 13 Numerical Examples 6-12 25:00 | |||
Lecture 14 NCERT Problems 1-8 8:00 | |||
Practice Quiz - 1 - for Lecture 10 to 14 | |||
Practice Quiz - 2 - for Lecture 10 to 14 | |||
Practice Quiz - 3 - for Lecture 10 to 14 | |||
Practice Quiz - 4 - for Lecture 10 to 14 | |||
Lecture 15 Application of Gauss's Law , E due to a line charge and a charged shell 46:00 | |||
Lecture 16 Applications of Gauss's theorem , E due to Unifromly charged sphere , E due to charged sheet , combination of charged sheets 35:00 | |||
Lecture 17 Numerical Examples 1-6 35:00 | |||
Lecture 18 Numerical Examples 7-13 33:00 | |||
Lecture 19 Level-2 Numerical Examples 14-19 37:00 | |||
Lecture 20 NCERT Problems 1-10 35:00 | |||
Practice Quiz - 1 - for Lecture 15 to 20 | |||
Practice Quiz - 2 - for Lecture 15 to 20 | |||
Practice Quiz - 3 - for Lecture 15 to 20 | |||
Practice Quiz - 4 - for Lecture 15 to 20 | |||
Electric Potential and Potential Energy | |||
INDEX | Preview | ||
Lecture 01 Electric potential and its special cases . 34:00 | |||
Lecture 02 Electric potential due to a point charge , Due to a group of charges , Due to an Electric dipole at Axial, Equatorial and Any point 20:00 | |||
Lecture 03 Numerical Examples 1-9 33:00 | |||
Lecture 04 NCERT Problems part-1 16:00 | |||
Lecture 05 NCERT Problems part-2 33:00 | |||
Practice Quiz - 1 - for Lecture 1 to 5 | |||
Practice Quiz - 2 - for Lecture 1 to 5 | |||
Practice Quiz - 3 - for Lecture 1 to 5 | |||
Practice Quiz - 4 - for Lecture 1 to 5 | |||
Practice Quiz - 5 - for Lecture 1 to 5 | |||
Practice Quiz - 6 - for Lecture 1 to 5 | |||
Lecture 06 Potential gradient , Equipotential surfaces, Properties of Equipotential surfces 23:00 | |||
Lecture 07 Numerical Examples 1-6 22:00 | |||
Practice Quiz - 1 - for Lecture 6 & 7 | |||
Practice Quiz - 2 - for Lecture 6 & 7 | |||
Practice Quiz - 3 - for Lecture 6 & 7 | |||
Practice Quiz - 4 - for Lecture 6 & 7 | |||
Practice Quiz - 5 - for Lecture 6 & 7 | |||
Lecture 08 Electric potential energy U, Concept , expression for U due to two point charges , Three point charges , Generalised form of expression for n point charges 29:00 | |||
Lecture 09 Numerical Examples 1-3 22:00 | |||
Lecture 10 Numerical examples 4-8 34:00 | |||
Lecture 11 NCERT Problems 18:00 | |||
Practice Quiz - 1 - for Lecture 8 to 11 | |||
Practice Quiz - 2 - for Lecture 8 to 11 | |||
Practice Quiz - 3 - for Lecture 8 to 11 | |||
Practice Quiz - 4 - for Lecture 8 to 11 | |||
Capacitance | |||
INDEX | Preview | ||
Lecture 01 Capacitance , Units of Capacitance , Capacitance of an isolated spherical conductor, Sharing of Charges , Combination of charged drops 29:00 | |||
Lecture 02 Numerical Examples 1-8 48:00 | |||
Practice Quiz - 1 - for Lecture 1 & 2 | |||
Practice Quiz - 2 - for Lecture 1 & 2 | |||
Practice Quiz - 3 - for Lecture 1 & 2 | |||
Practice Quiz - 4 - for Lecture 1 & 2 | |||
Practice Quiz - 5 - for Lecture 1 & 2 | |||
Lecture 03 Polar and Non Polar Dielectrics , Electric field strength in a dielectric slab , Polarisation density , Electric susceptibility , CAPACITORS and Principle of Capacitor 42:00 | |||
Lecture 04 Expression for Capacitance of a parallel plate capacitor with Air , Dielectric filled between plates . Spherical Capacitors , Cylindrical Capacitors 41:00 | |||
Lecture 05 Numerical Examples 1-5 26:00 | |||
Lecture 06 Numerical Examples 6-11 28:00 | |||
Lecture 07 NCERT problems 1-7 22:00 | |||
Practice Quiz - 1 - for Lecture 3 to 7 | |||
Practice Quiz - 2 - for Lecture 3 to 7 | |||
Practice Quiz - 3 - for Lecture 3 to 7 | |||
Practice Quiz - 4 - for Lecture 3 to 7 | |||
Practice Quiz - 5 - for Lecture 3 to 7 | |||
Lecture 08 Combination( grouping) of capacitors in Series and in Parallel 29:00 | |||
Lecture 09 Numerical Examples 1-5 39:00 | |||
Lecture 10 Numerical Examples 8-10 on combination of capacitors in form of parallel plates 33:00 | |||
Lecture 11 Level-2 Numerical Examples 11-15 42:00 | |||
Lecture 12 Wheatstone bridge( Balanced) Numerical Examples 6-7 37:00 | |||
Lecture 13 Concept Using Kirchoffs law in capacitors (imp for competitive exams ) 30:00 | |||
Lecture 14 level-2 Numerical Examples 16-19 39:00 | |||
Lecture 15 NCERT problems 1-9 29:00 | |||
Practice Quiz - 1 - for Lecture 8 to 15 | |||
Practice Quiz - 2 - for Lecture 8 to 15 | |||
Practice Quiz - 3 - for Lecture 8 to 15 | |||
Practice Quiz - 4 - for Lecture 8 to 15 | |||
Practice Quiz - 5 - for Lecture 8 to 15 | |||
Lecture 16 Distribution of charge and potential on capacitor plates in series and parallel combinations , Nuemrical examples 1,2 on the concept , NCERT problems 1,2 on the concept 35:00 | |||
Lecture 17 Implementation of Kirchoff's law on capacitor combination to find potential and charge distribution , Numerical example 3 on the concept 21:00 | |||
Lecture 18 Numerical examples 5-6 on kirchoff's law to find potential and charge distribution in a combination . 28:00 | |||
Lecture 19 Imp Expression for Energy stored in a charged capacitor , Energy density, Numerical Examples 8-11 39:00 | |||
Lecture 20 Theory Sharing of charges on connecting charged capacitors , Effect of introducing dielectric a. when battery is disconnected b. when battery is connected 30:00 | |||
Lecture 21 Numerical examples 12-17 37:00 | |||
Lecture 22 Numerical examples 18-23 34:00 | |||
Lecture 23 Numerical examples 24-27 29:00 | |||
Practice Quiz - 1 - for Lecture 16 to 23 | |||
Practice Quiz - 2 - for Lecture 16 to 23 | |||
Practice Quiz - 3 - for Lecture 16 to 23 | |||
Practice Quiz - 4 - for Lecture 16 to 23 | |||
Practice Quiz - 5 - for Lecture 16 to 23 |
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