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High School/JEE/NEET/IPhO Physics | 17-19 Yrs
Onion Physics for JEE & NEET
Revision Checklist Physics JEE/NEET | 17-19 Yrs
NCERT Short Notes for 12th Boards, JEE & NEET
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Middle School/NTSE Physics | 14-16 Yrs
Junior School/NTSE Foundation Physics | 11-13 Yrs
Hybrid Physics/JEE/NEET | 17-19 Yrs
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High School/JEE/NEET/IPhO Physics | 17-19 Yrs
Basic Tools
Basics of Differentiation
Basics of Integration
Basics of Vectors
Basics of Solid Angle
Units and Dimensions
Mechanics
Motion in One Dimension
Motion in Two Dimensions
Relative Motion
Constrained Motion
Newton’s Laws of Motion
Friction
Work Energy Power
Circular Motion
System of Particles-I
System of Particles-II
Rigid Body Dynamics
Heat & Thermodynamics
Thermal Expansion
Calorimetry
Kinetic Theory of Gases
Laws of Thermodynamics
Heat Transfer
Oscillation & Waves
Simple Harmonic Motion
Waves Motion
Interference of Waves
Stationary Waves and Beats
Doppler’s Effect
Properties of Matter
Fluid Statics
Fluid Dynamics
Surface Tension
Viscosity
Elasticity
Gravitation
Gravitational Field
Satellite Motion
Electrostatics
Electric Charges and Fields
Electric Potential and Dipole
Electric Flux and Gauss’s Law
Conductors & Dielectrics
Electrostatic Energy and Electric Pressure
Capacitance
Electric Current & Circuits
Current Electricity
Circuit Analysis
Thermal Effects of Current
RC Circuits
Electrical Measuring Instruments
Magnetic Effects
Magnetic Effects of Current
Magnetic Force on Moving Charges
Electromagnetic Induction
Self & Mutual Inductance
Classical & Terrestrial Magnetism
Magnetic Properties of Materials
Alternating Current
Electromagnetic Waves
Optics
Geometrical Optics I - Reflection of Light
Geometrical Optics II - Refraction of Light
Geometrical Optics III - Thin Lenses
Dispersion of Light
Interference of Light
Diffraction of Light
Polarization of Light
Photometry
Optical Instruments
Modern Physics
Atomic Structure
Photo Electric Effect
Wave Particle Duality
X-Rays
Radioactivity
Nuclear Physics
Semiconductors
Semiconductor
PN Junction & Diodes
Transistor and its Application
Logic Gates
Communication Systems
Communication Systems
Modulation and Demodulation
Magnetic Force on Moving Charges
Module - 1
Some Facts about Electromagnetic Interactions
Duration: 5.26 Min
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Module - 2
Electromagnetic Force on a Moving Charge in External Fields
Duration: 3.56 Min
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Module - 3
Direction of Magnetic Force on a Moving Charge
Duration: 3.29 Min
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Module - 4
Work Done by Magnetic Force on a Moving Charge
Duration: 2.11 Min
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Module - 5
Projection of a Charge Particle in a Magnetic Field Normal to it
Duration: 9.22 Min
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Module - 6
Projection of a Charge Particle Parallel to Magnetic Field
Duration: 1.23 Min
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Module - 7
Projection of a Charge Particle at Some Angle to Magnetic Field
Duration: 7.19 Min
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Module - 8
Deflection of a Moving Charge by a Sector of Magnetic Field
Duration: 3.36 Min
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Module - 9
Solved Example-1
Duration: 1.39 Min
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Module - 10
Solved Example-2
Duration: 2.27 Min
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Module - 11
Solved Example-3
Duration: 4.23 Min
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Module - 12
Solved Example-4
Duration: 2.31 Min
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Module - 13
Solved Example-5
Duration: 4.07 Min
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Module - 14
Force on a Current Carrying Wire in Magnetic Field
Duration: 5.51 Min
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Module - 15
Direction of Magnetic Force on a Current Carrying Wire
Duration: 4.38 Min
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Module - 16
Force Between Two Parallel Current Carrying Wires
Duration: 4.09 Min
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Module - 17
Examples of Oscillations due to Magnetic Force
Duration: 3.09 Min
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Module - 18
Magnetic Force on a Random Shaped Current Carrying Wire
Duration: 3.57 Min
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Module - 19
Solved Example-6
Duration: 2.17 Min
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Module - 20
Solved Example-7
Duration: 4.14 Min
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Module - 21
Solved Example-8
Duration: 2.49 Min
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Module - 22
Solved Example-9
Duration: 2.47 Min
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Module - 23
Solved Example-10
Duration: 2.54 Min
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Module - 24
Magnetic Force on a Closed Loop in Uniform Magnetic Field
Duration: 5.23 Min
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Module - 25
Torque due to Magnetic Forces on a Current Carrying Loop
Duration: 8.17 Min
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Module - 26
Moving Coil Galvanometer
Duration: 9.16 Min
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Module - 27
Interaction Energy of a Current Carrying Loop in Magnetic Field
Duration: 3.39 Min
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Module - 28
Stable and Unstable Equilibrium of a Loop in Magnetic Field
Duration: 5.30 Min
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Module - 29
Magnetic Moment of a Rotating Charged Ring
Duration: 2.20 Min
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Module - 30
Work Done in Changing Orientation of a Current Loop in Magnetic Field
Duration: 5.01 Min
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Module - 31
Solved Example-11
Duration: 3.42 Min
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Module - 32
Solved Example-12
Duration: 1.56 Min
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Module - 33
Solved Example-13
Duration: 2.24 Min
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Module - 34
Solved Example-14
Duration: 6.51 Min
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Module - 35
Solved Example-15
Duration: 3.34 Min
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Module - 36
Ratio of Magnetic Moment of a Rotating Charged Body to its Angular Momentum
Duration: 7.25 Min
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Module - 37
Solved Example-16
Duration: 5.18 Min
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Module - 38
Solved Example-17
Duration: 2.08 Min
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Post your question related to above video lecture
how will we determine the B (vector) direction in this case?
2 years ago by SARA IQBAL AHMAD
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Sir why do we need to integrate here
8 years ago by Kunal Mohapatra
Ans 1 ->
as the magnetic induction is varying in the plane of loop, total flux can be calculated by integration...
8 years ago by
Physics Galaxy
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sir thanks for great videos :) I think there is a calculation mistake in the end of the video ie ln(a)-ln(b)=ln(a/b) and u wote ln(ab) :)
9 years ago by SOURAV
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