Advance Illustrations on Electric Force and Electric Field (English)

   Tuesday, July 07, 2020   

Starting a new Lecture Notes Series on Advance Illustrations on Electric Force and Electric Field

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Advance Illustrations on Electric Force and Electric Field By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Flux Through a Circle

Lecture 2: Expansion of Ring due to Charge

Lecture 3: Force Between Skew Lines

Lecture 4: Oscillating Dipole in a Cup

Lecture 5: Electric Potential at a Co-ordinate

Lecture 6: Electric Field due to a Dipole

Lecture 7: Force Between two Electric Dipoles

Lecture 8: Potential due to a Hollowed Sphere

Lecture 9: Oscillating Charged Ball

Lecture 10: Free Ball at a Vertex of n-gon

Lecture 11: Zero Potential Locus

Lecture 12: Electric Line from One Charge to Another

Lecture 13: Electric Potential at the Edge of Disc

Lecture 14: Work in Charge Transportation

Lecture 15: Electric Field Inside a Cavity

Lecture 16: Force Between Hemispherical Shells

Lecture 17: Rotating Rod with a Dipole

Lecture 18: Electric Field in Overlapping

Lecture 19: Holding Two Halves of a Shell

Lecture 20: Uniformly Charged Hollow Sphere

Lecture 21: Null Point in Surrounding of Dipole

Lecture 22: Interaction Energy of Two Dipoles

Lecture 23: Equipotential Surface in Surrounding

Lecture 24: Earthing of a System of Spheres

Lecture 25: Connecting Metal Body Inside a Shell

Lecture 26: Potential at Common Centre

Lecture 27: Electric Flux Through a Cylinder

Lecture 28: Potential Difference Inside & Outside

Lecture 29: Equilibrium Inside a Liquid

Lecture 30: Due to a Non-uniformly Charged Ball

Lecture 31: Distance of Closest Approach in Space

Lecture 32: Non-Uniformly Charged Rod

Lecture 33: Projectile Above a Charged Sheet

Lecture 34: Uniform Circular Motion in Electric Field

Lecture 35: Vertical Looping in Electric Field

Lecture 36: Equilibrium Over a Square

Lecture 37: Distance of Closest Approach

Lecture 38: Potential Inside a Charged Sphere

Lecture 39: Vertical Looping in Electric Field 2

Lecture 40: Connecting Isolated Spheres

Lecture 41: Coalescing Charged Mercury Drops

Lecture 42: Non-uniformly Charged Ring

Lecture 43: Electric field due to Polarization