Physics Video Lecture
Connecting Students in 221 Countries

Video Lectures

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

Electric Potential and Dipole
Duration: 3.44 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
Duration: 3.49 Min
 
Add to my sequences
Bookmark This Video
Duration: 1.39 Min
 
Add to my sequences
Bookmark This Video
Duration: 1.47 Min
 
Add to my sequences
Bookmark This Video
Duration: 3.55 Min
 
Add to my sequences
Bookmark This Video
Duration: 4.55 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
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
Duration: 2.56 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
Duration: 2.04 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.16 Min
 
Add to my sequences
Bookmark This Video
Duration: 1.27 Min
 
Add to my sequences
Bookmark This Video
Duration: 6.03 Min
 
Add to my sequences
Bookmark This Video
Duration: 1.38 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.12 Min
 
Add to my sequences
Bookmark This Video
Duration: 3.08 Min
 
Add to my sequences
Bookmark This Video
Duration: 3.26 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
Duration: 2.58 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.22 Min
 
Add to my sequences
Bookmark This Video
Duration: 3.31 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.14 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
Module - 39 Electric Dipole
Duration: 2.55 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
Duration: 10.48 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
Duration: 3.27 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.55 Min
 
Add to my sequences
Bookmark This Video
Duration: 3.19 Min
 
Add to my sequences
Bookmark This Video
Duration: 3.27 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.16 Min
 
Add to my sequences
Bookmark This Video
Duration: 2.05 Min
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
 
Add to my sequences
Bookmark This Video
  1.  
  2. Good
    1 years ago by

    Post your answer here

  3.  
  4. three concentric spherical conductors 1,2,3 of radii a, 2a and 3a have charges -Q, 2Q, and -4Q respectively. if r is the distance of the point under consideration from the center of the spheres, if we connect the conductors 1 and 2, 2 and 3, 1 and 3, 1 and ground, 2 and ground, and 3 and ground, separately, find the charge flown in each case. please help me solve the above problem
    1 years ago by

    Post your answer here

  5.  
  6. dhanyawaad _/\_
    2 years ago by

    Post your answer here

  7.  
  8. sir i feel quset question difficult is they are advance level can i found their solution
    4 years ago by basu jain

    Post your answer here

  9.  
  10. how to sumit the questions
    8 years ago by Anshul Verma

    Post your answer here

  11.  
  12. A conducting liquid bubble of radius a and thickness t(t less less than a)is charged to potential V. If the bubble collapses to a droplet find the potential of the droplet.
    8 years ago by Parth Arora
    Ans 1 ->
    Assuming you are asking potential at the surface of drop....let charge provided to bubble be q....therefore k*q/(a+t) =V....here you may neglect t...from this find value of charge.. then use volume conservation. Since t is small volume of bubble = internal surface area *t.....4pi a^2 = 4/3pi*r^3...find r and input the value of r and q in the formula of potential due to solid sphere kq/2r^3 (3r^2-x^2)
    8 years ago by Mohak Sharma
    Ans 2 ->
    4pi a^2* t=4/3 pi r cube
    8 years ago by Mohak Sharma

    Post your answer here

  13.  
  14. sir in Quset 1 Q.no 3 I think the option are incorrect
    8 years ago by Nishant Gaurav

    Post your answer here

  15.  
  16. how to find electric potential at a point when we are provided that electric potential at another point is zero
    8 years ago by kunal sevkani

    Post your answer here

  17.  
  18. 9 years ago by Manik

    Post your answer here

  19.  
  20. 9 years ago by Manik

    Post your answer here