Properties Of
Electric Field
BY Pankaj Kukreti
1. The Tangent Drawn to the field
line at any point give the direction
electric field
2. The Electric field Line Never
intersect each other , beacuse if they
intersect then that point of cross-
section there ...
3. . The Closeness of the electric Field
was give the strength of the field
, more closes of electric field means
more str...
4. Electrical field line stretch
longitudinaly that’s why two
opposite charges attract
5. the field lines put the lateral
pressure on each other , that’s
why 2 similar charges repel
6. The number Of field lines
drawn give the strength of
charge
7. The Electric Field lines lies
never enter into the conductor
8. The Electric field Lines never enter
into the conductor or electric field
inside a conductor is zero
9. The electric field lines does not
break at any point
10. The electric Field reduces to zero
at a distance of infinity , that’s why
electric field lines never break
11. The electric Field reduces to zero
at a distance of infinity , that’s why
electric field lines never break
12. The value of K for the metal is
zero…
E = E0 (afsalonot) / K
there fore electric field inside , the
conductor is zero
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Properties of electric field

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Properties of electric field

  1. 1. Properties Of Electric Field BY Pankaj Kukreti
  2. 2. 1. The Tangent Drawn to the field line at any point give the direction electric field
  3. 3. 2. The Electric field Line Never intersect each other , beacuse if they intersect then that point of cross- section there must be two electric field
  4. 4. 3. . The Closeness of the electric Field was give the strength of the field , more closes of electric field means more strength
  5. 5. 4. Electrical field line stretch longitudinaly that’s why two opposite charges attract
  6. 6. 5. the field lines put the lateral pressure on each other , that’s why 2 similar charges repel
  7. 7. 6. The number Of field lines drawn give the strength of charge
  8. 8. 7. The Electric Field lines lies never enter into the conductor
  9. 9. 8. The Electric field Lines never enter into the conductor or electric field inside a conductor is zero
  10. 10. 9. The electric field lines does not break at any point
  11. 11. 10. The electric Field reduces to zero at a distance of infinity , that’s why electric field lines never break
  12. 12. 11. The electric Field reduces to zero at a distance of infinity , that’s why electric field lines never break
  13. 13. 12. The value of K for the metal is zero… E = E0 (afsalonot) / K there fore electric field inside , the conductor is zero

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