Connecting Students in 221 Countries

Search *

Video Lectures

Video Lecture Advance Illustration My Sequence My Bookmark

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

Basic Tools

Mechanics

Heat & Thermodynamics

Oscillation & Waves

Properties of Matter

Gravitation

Electrostatics

Electric Current & Circuits

Magnetic Effects

Optics

Modern Physics

Semiconductors

Communication Systems

Electric Potential and Dipole

Module - 1 Electrostatics Potential Energy

Duration: 3.44 Min

Add to my sequences

Bookmark This Video

Module - 2 Interaction Energy of Two Particle System

Duration: 3.32 Min

Add to my sequences

Bookmark This Video

Module - 3 Interaction Energy of a System of Multiple Charges

Duration: 3.29 Min

Add to my sequences

Bookmark This Video

Module - 4 Distance of Closest Approach Between Two Charges

Duration: 9.27 Min

Add to my sequences

Bookmark This Video

Module - 5 Solved Example-1

Duration: 3.49 Min

Add to my sequences

Bookmark This Video

Module - 6 Solved Example-2

Duration: 1.39 Min

Add to my sequences

Bookmark This Video

Module - 7 Solved Example-3

Duration: 1.47 Min

Add to my sequences

Bookmark This Video

Module - 8 Solved Example-4

Duration: 3.55 Min

Add to my sequences

Bookmark This Video

Module - 9 Electric Potential

Duration: 4.55 Min

Add to my sequences

Bookmark This Video

Module - 10 Electric Potential due to a Point Charge in its Surrounding

Duration: 1.47 Min

Add to my sequences

Bookmark This Video

Module - 11 Electric Potential due to a Charged Extended Body

Duration: 2.18 Min

Add to my sequences

Bookmark This Video

Module - 12 Electric Potential due to a Uniformly Charged rod on its Axis

Duration: 3.21 Min

Add to my sequences

Bookmark This Video

Module - 13 Electric Potential due to a Uniformly Charged rod on its Equator

Duration: 5.07 Min

Add to my sequences

Bookmark This Video

Module - 14 Electric Potential due to a Uniformly Charged Ring

Duration: 5.52 Min

Add to my sequences

Bookmark This Video

Module - 15 Electric potential due to a Uniformly Charged Disc

Duration: 4.03 Min

Add to my sequences

Bookmark This Video

Module - 16 Potential Difference Between Two Points in Electric Field

Duration: 10.12 Min

Add to my sequences

Bookmark This Video

Module - 17 Solved Example-5

Duration: 1.06 Min

Add to my sequences

Bookmark This Video

Module - 18 Solved Example-6

Duration: 4.16 Min

Add to my sequences

Bookmark This Video

Module - 19 Solved Example-7

Duration: 2.05 Min

Add to my sequences

Bookmark This Video

Module - 20 Solved Example-8

Duration: 2.09 Min

Add to my sequences

Bookmark This Video

Module - 21 Solved Example-9

Duration: 2.18 Min

Add to my sequences

Bookmark This Video

Module - 22 Solved Example-10

Duration: 2.56 Min

Add to my sequences

Bookmark This Video

Module - 23 Relation in Electric Field and Electric Potential

Duration: 6.22 Min

Add to my sequences

Bookmark This Video

Module - 24 Solved Example-11

Duration: 2.04 Min

Add to my sequences

Bookmark This Video

Module - 25 Solved Example-12

Duration: 2.16 Min

Add to my sequences

Bookmark This Video

Module - 26 Solved Example-13

Duration: 1.27 Min

Add to my sequences

Bookmark This Video

Module - 27 Equipotential Surfaces

Duration: 6.03 Min

Add to my sequences

Bookmark This Video

Module - 28 Solved Example-14

Duration: 1.38 Min

Add to my sequences

Bookmark This Video

Module - 29 Solved Example-15

Duration: 2.12 Min

Add to my sequences

Bookmark This Video

Module - 30 Solved Example-16

Duration: 3.08 Min

Add to my sequences

Bookmark This Video

Module - 31 Electric Potential Inside a Metal Body

Duration: 3.26 Min

Add to my sequences

Bookmark This Video

Module - 32 Electric Potential due to a Charged Metal Sphere

Duration: 3.20 Min

Add to my sequences

Bookmark This Video

Module - 33 Electric Potential due to a Uniformly Charged Sphere

Duration: 5.09 Min

Add to my sequences

Bookmark This Video

Module - 34 Solved Example-17

Duration: 2.58 Min

Add to my sequences

Bookmark This Video

Module - 35 Solved Example-18

Duration: 2.22 Min

Add to my sequences

Bookmark This Video

Module - 36 Solved Example-19

Duration: 3.31 Min

Add to my sequences

Bookmark This Video

Module - 37 Solved Example-20

Duration: 2.14 Min

Add to my sequences

Bookmark This Video

Module - 38 Electric Potential in a System of Concentric Shells

Duration: 5.09 Min

Add to my sequences

Bookmark This Video

Module - 39 Electric Dipole

Duration: 2.55 Min

Add to my sequences

Bookmark This Video

Module - 40 Electric Dipole Placed in a Uniform Electric Field

Duration: 3.46 Min

Add to my sequences

Bookmark This Video

Module - 41 Interaction Energy of an Electric Dipole in Electric Field

Duration: 4.09 Min

Add to my sequences

Bookmark This Video

Module - 42 Work Done in Changing Orientation of a Dipole in Electric Field

Duration: 3.14 Min

Add to my sequences

Bookmark This Video

Module - 43 Force on an Electric Dipole in Non-uniform Electric Field

Duration: 3.06 Min

Add to my sequences

Bookmark This Video

Module - 44 Electric Field due to an Electric Dipole

Duration: 10.48 Min

Add to my sequences

Bookmark This Video

Module - 45 Electric Field at Axial and Equatorial Points of a Dipole

Duration: 3.32 Min

Add to my sequences

Bookmark This Video

Module - 46 Electric Potential due to a Dipole in its Surrounding

Duration: 2.11 Min

Add to my sequences

Bookmark This Video

Module - 47 Stable and Unstable Equilibrium of a Dipole in Electric Field

Duration: 5.57 Min

Add to my sequences

Bookmark This Video

Module - 48 Solved Example-21

Duration: 3.27 Min

Add to my sequences

Bookmark This Video

Module - 49 Solved Example-22

Duration: 2.55 Min

Add to my sequences

Bookmark This Video

Module - 50 Solved Example-23

Duration: 3.19 Min

Add to my sequences

Bookmark This Video

Module - 51 Solved Example-24

Duration: 3.27 Min

Add to my sequences

Bookmark This Video

Module - 52 Solved Example-25

Duration: 2.16 Min

Add to my sequences

Bookmark This Video

Module - 53 Solved Example-26

Duration: 2.05 Min

Add to my sequences

Bookmark This Video

Module - 54 Electric Pressure on a Charged Metal Surface

Duration: 9.21 Min

Add to my sequences

Bookmark This Video

Module - 55 Electric Pressure on a Charged Surface due to External Electric Field

Duration: 2.54 Min

Add to my sequences

Bookmark This Video

Module - 56 Force Between Hemispherical Sections of a Charged Shell

Duration: 4.17 Min

Add to my sequences

Bookmark This Video

Explane why in the direction if electric field potential decreases

10 years ago by Nitesh Guleria

Ans 1 ->

because dv/dr = -E you can see that if E is positive potential decreases with r.

10 years ago by Ajay Sabarish

Post your answer here

Work ia a path function so it should depend upon path

10 years ago by Nitesh Guleria

Ans 1 ->

but work done by conservative forces are path independent and electrostatic force is a conservative force

10 years ago by Ajay Sabarish

Ans 2 ->

Work is a path function in case of first law of thermodynamics... here we are dealing with conservative electric field where it only depend upon initial and final positions...

10 years ago by Physics Galaxy

Log In with by just Once Click -

OR

OR
Log In with your mail ID -
E-Mail:	Enter correct email id. Enter your email id.
Password:	Enter your password.

	Forgot Password ? Click here New User ? Click here

OR

OR

Video Lectures

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

Share this with your friends :

Post your question related to above video lecture

Post your answer here

Post your answer here