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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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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
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Semiconductors
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Electromagnetic Induction
Module - 1
Magnetic Field Induction and Magnetic Flux
Duration: 5.11 Min
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Module - 2
Faraday's Law of Electromagnetic Induction
Duration: 4.22 Min
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Module - 3
Different Experiments Showing Electromagnetic Induction
Duration: 3.48 Min
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Module - 4
Lenz's Law
Duration: 4.34 Min
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Module - 5
Direction of Induced Current a Coil due to EMI
Duration: 7.37 Min
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Module - 6
EMF Induced in a Moving Conductor in Uniform Magnetic Field-Motional EMF
Duration: 7.32 Min
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Module - 7
EMF Induced in a Rotating Conductor in Uniform Magnetic Field
Duration: 5.38 Min
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Module - 8
EMF Induced in a Conductor Moving in Any Direction in Magnetic Field
Duration: 5.37 Min
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Module - 9
EMF Induced in a Rotating Cell in Uniform Magnetic Field
Duration: 3.04 Min
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Module - 10
Solved Example-1
Duration: 3.10 Min
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Module - 11
Solved Example-2
Duration: 3.51 Min
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Module - 12
Solved Example-3
Duration: 4.06 Min
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Module - 13
Solved Example-4
Duration: 5.30 Min
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Module - 14
Solved Example-5
Duration: 2.46 Min
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Module - 15
Solved Example-6
Duration: 3.29 Min
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Module - 16
Solved Example-7
Duration: 4.52 Min
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Module - 17
Motional EMF Under External Force and Power Transfer
Duration: 8.16 Min
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Module - 18
Solved Example-8
Duration: 6.31 Min
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Module - 19
Solved Example-9
Duration: 3.56 Min
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Module - 20
Time Varying Magnetic Fields (TVMF)
Duration: 4.41 Min
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Module - 21
Charge Flown Through a Coil Due to Change in Magnetic Flux
Duration: 2.32 Min
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Module - 22
Solved Example-10
Duration: 1.44 Min
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Module - 23
Solved Example-11
Duration: 3.34 Min
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Module - 24
Solved Example-12
Duration: 3.16 Min
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Module - 25
Solved Example-13
Duration: 2.20 Min
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Module - 26
Solved Example-14
Duration: 3.30 Min
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Module - 27
Induced Electric Field in Time Varying Magnetic Field
Duration: 4.57 Min
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Module - 28
Induced Electric Field Inside a Cylindrical Region TVMF
Duration: 3.30 Min
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Module - 29
Induced Electric Field Outside a Cylindrical Region TVMF
Duration: 4.52 Min
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Module - 30
Electric Potential in Region of Time Varying Magnetic Field
Duration: 5.16 Min
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Module - 31
Solved Example-15
Duration: 2.57 Min
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Module - 32
Solved Example-16
Duration: 4.09 Min
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Module - 33
Solved Example-17
Duration: 4.10 Min
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Module - 34
Solved Example-18
Duration: 4.04 Min
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Post your question related to above video lecture
sir if we apply Lenz law then a cloclwise current flows in the circuit to compensate the decrease in magnetic flux.In that case D should be at higher potential than A as current flows from higher to lower potential.Then why palm rule is showing A at higher potential??
5 years ago by Shark Roy
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sir please clear my doubt. if the loop is drawn out according to Lenz's law it ha to be opposed so the current in the loop should produce a magnetic field which is opposite to the original magnetic field. the current induced must be anti-clockwise?
8 years ago by job
Ans 1 ->
When loop is drawn out flux through the loop decreases and to oppose the change in magnetic field (acc or Lenz's Law) it should increase the field in same direction thats why induced current is clockwise...
8 years ago by
Physics Galaxy
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