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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

Mechanics

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Modern Physics

Electric Charges and Fields

Illustration - 1 Flux Through a Circle

Duration: 4.11 Min

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Illustration - 2 Expansion of Ring due to Charge

Duration: 4.34 Min

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Illustration - 3 Force Between Skew Lines

Duration: 5.31 Min

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Illustration - 4 Oscillating Dipole in a Cup

Duration: 3.39 Min

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Illustration - 5 Electric Potential at a Co-ordinate

Duration: 2.42 Min

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Illustration - 6 Electric Field due to a Dipole in Normal Direction

Duration: 4.06 Min

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Illustration - 7 Force Between two Electric Dipoles

Duration: 2.38 Min

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Illustration - 8 Potential due to a Hollowed Sphere

Duration: 3.39 Min

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Illustration - 9 Oscillating Charged Ball

Duration: 7.20 Min

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Illustration - 10 Free Ball at a Vertex of n-gon

Duration: 4.36 Min

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Illustration - 11 Zero Potential Locus

Duration: 3.48 Min

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Illustration - 12 Electric Line from One Charge to Another

Duration: 4.44 Min

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Illustration - 13 Electric Potential at the Edge of a Disc

Duration: 5.01 Min

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Illustration - 14 Work in Charge Transportation

Duration: 3.39 Min

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Illustration - 15 Electric Field Inside a Cavity

Duration: 5.08 Min

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Illustration - 16 Force Between Hemispherical Shells

Duration: 5.47 Min

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Illustration - 17 Rotating Rod with a Dipole

Duration: 3.35 Min

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Illustration - 18 Electric Field in Overlapping Charged Spheres

Duration: 3.24 Min

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Illustration - 19 Holding Two Halves of a Shell

Duration: 3.59 Min

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Illustration - 20 Electric Field Inside a Uniformly Charged Hollow Sphere

Duration: 5.14 Min

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Illustration - 21 Null Point in Surrounding of a Dipole in Uniform Electric Field

Duration: 4.45 Min

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Illustration - 22 Interaction Energy of Two Dipoles

Duration: 5.26 Min

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Illustration - 23 Equipotential Surface in Surrounding

Duration: 5.20 Min

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Illustration - 24 Earthing of a System of Spheres

Duration: 4.42 Min

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Illustration - 25 Connecting a Metal Body Inside a Shell

Duration: 3.35 Min

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Illustration - 26 Potential at Common Centre of Concentric Shells

Duration: 2.49 Min

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Illustration - 27 Electric Flux Through a Cylinder

Duration: 2.57 Min

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Illustration - 28 Potential Difference Inside and Outside of a Cylinder

Duration: 5.00 Min

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Illustration - 29 Equilibrium Inside a Liquid

Duration: 5.29 Min

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Illustration - 30 Electric Field due to a Non-uniformly Charged Ball

Duration: 5.59 Min

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Illustration - 31 Distance of Closest Approach in Space

Duration: 5.46 Min

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Illustration - 32 Non Uniformly Charged Rod

Duration: 4.51 Min

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Illustration - 33 Projectile Above a Charged Sheet

Duration: 3.26 Min

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Illustration - 34 Uniform Circular Motion in Uniform Electric Field

Duration: 5.29 Min

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Illustration - 35 Vertical Looping in Electric Field

Duration: 3.17 Min

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Illustration - 36 Equilibrium Over a Square

Duration: 4.07 Min

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Illustration - 37 Distance of Closest Approach for in-line Collision

Duration: 4.26 Min

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Illustration - 38 Potential Inside a Non-uniformly Charged Sphere

Duration: 5.57 Min

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Illustration - 39 Vertical Looping in Electric Field 2

Duration: 5.54 Min

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Illustration - 40 Connecting Isolated Spheres

Duration: 4.35 Min

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Illustration - 41 Coalescing Charged Mercury Drops

Duration: 3.11 Min

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Illustration - 42 Non-uniformly Charged Ring

Duration: 5.23 Min

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Illustration - 43 Electric Field due to Polarization

Duration: 5.48 Min

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sir why we take the 6a in calculating potential at sphere A due to B,and c . I think we have have to take 5a

4 years ago by ayush garg

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sir how to find charges on 3 or 4 parallel plates after earthening any 1 or 2 or 3or all. similarly how to find charge flow between concentric shells connected with wire (concentric shells being more than 2)i am also facing confusion with potential and of concentric shells of which anyone is earthened. i want clear picture of theory regarding this . which book would you suggest or please include this topic in booster classes

7 years ago by ariya

Ans 1 ->

That is already explained in the specific videos on what you are asking...

7 years ago by Physics Galaxy

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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

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