- Right Hand Palm Rule
- Magnetic Field Due to Circular Loop at Different Places
- Magnetic Field at Center of Current Carrying Loop
- Magnetic Field Due to Circular Coil Carrying Current
- Fleming's Left Hand Rule
- Magnetic Field Due to Long Straight Current Carrying Conductor
- Magnetic Induction Due to Long Straight Current Carrying Wire
- Cyclotron
- Radius Traced by a Particle Inside the Cyclotron
- Time Taken by Particle to Trace a Circular Path Inside the Cyclotron
- Time Taken by Charge Particle to Move in Semicircular Path Inside the Cyclotron
- Maximum Kinetic Energy Particle Inside the Cyclotron
- Biot - Savart's Law
- Ampere's Law
- First Application of Ampere's Law
- Magnetic Induction to Cylindrical Loop
- Solenoid Derivation
- Toroid
- Helmholtz Coils
- Galvanometer
- Construction and Working of MCG
- MCG (Derivation)
- Sensitivity MCG
- Accuracy of MCG
- Oersted Experiment
Online
₹ 475 1,299
Quick facts
particular | details | |
---|---|---|
Medium of instructions
English
|
Mode of learning
Self study
|
Mode of Delivery
Video and Text Based
|
Course and certificate fees
Fees information
₹ 475 ₹1,299
certificate availability
Yes
certificate providing authority
Udemy
The syllabus
Moving Charges & Magnetism
Numericals (Level 1| Level 2| Level 3)
- Numericals on Magnetic Charges and Fields (LEVEL - 1) Question -1
- Numericals on Magnetic Charges and Fields (LEVEL - 1) Question - 2
- Numericals on Magnetic Charges and Fields (LEVEL - 1) Question - 3
- Numericals on Magnetic Charges and Fields (LEVEL - 1) Question - 4
- Numericals on Magnetic Charges and Fields (LEVEL - 1) Question - 5
- Numericals on Magnetic Charges and Fields (LEVEL - 1) Question - 6
- Numericals on Magnetic Charges and Fields (LEVEL - 2)
- Numericals on Magnetic Charges and Fields (LEVEL - 3)