Electrostatics

Formulas are organized based on their importance in the CAT exam.
1 Electric Field Outside Spherical Shell
2 Coulomb's Law
3 Principle of Superposition of Charges
4 Potential Due to Electric Dipole
5 Electric Potential
6 Equipotential Surface
7 Gauss's Law
8 Relation Between Electric Field and Potential
9 Electrostatics JEE Shortcuts
10 Torque on Electric Dipole
11 Electric Field Lines
12 Combination of Capacitors
13 Van de Graaff Generator
14 Coulomb Constant
15 Capacitance of Parallel Plate Capacitor
16 Capacitor with Dielectric (Battery Connected)
17 Electric Force in Electric Field
18 Electric Field Due to Infinite Line Charge
19 Permittivity of Medium
20 Energy Stored in Capacitor
21 Force Between Capacitor Plates
22 Electric Dipole in Non-Uniform Field
23 Electric Field Outside Uniformly Charged Solid Sphere
24 Relation Between Electric Field and Polarization
25 Electric Potential Energy of Charge System
26 Electric Dipole
27 Polarization of Dielectric
28 Dielectric Constant
29 Effect of Dielectric on Capacitance
30 Potential Energy of Electric Dipole in Uniform Electric Field
31 Electric Field Due to Infinite Plane Sheet
32 Electric Field Due to Conducting Plane Sheet
33 Electric Charge
34 Common JEE Mistakes
35 Capacitor with Dielectric (Battery Disconnected)
36 Electric Flux
37 Electric Field Inside Uniformly Charged Solid Sphere
38 Electric Field Due to Dipole on Axial Line
39 Electric Field Due to Dipole on Equatorial Line
40 Comparison of Dipole Fields
41 Electric Field Due to Point Charge
42 Potential Difference
43 Potential Due to Point Charge
44 Capacitance
45 Potential Energy of Two Charges
46 Electric Flux Through Closed Surface
47 Electric Field
48 Conservation of Charge
49 Electric Field Inside Spherical Shell
50 Energy Density of Capacitor
51 Important Electrostatics Relations
52 Potential Due to System of Charges
53 Magnetic Dipole Field on Equatorial Line
54 Work Done in Moving Charge