On the ideal conductor surface, the relationship between the electric field lines and the conductor surface is
A: the electric field lines is always pertendicular to the conductor surface.
B: the electric field lines is always parallel to the conductor surface.
C: there is no electri field lines exsited.
D: unable to determine the relationship.
A: the electric field lines is always pertendicular to the conductor surface.
B: the electric field lines is always parallel to the conductor surface.
C: there is no electri field lines exsited.
D: unable to determine the relationship.
举一反三
- 5.On the ideal conductor surface, the relationship between the electric field line and the conductor surface is ( ) A: Vertical B: Parallel C: is zero D: not sure
- There is no magnetic field in an ideal conductor, but there is a magnetic field inside because of the surface current。
- On the surface of a perfect conductor, the normal component of the electric displacement vector is A: continuous with the normal component of the electric displacement vector inside the conductor B: uncertain C: equal to the surface density of free charge on the conductor surface. D: equal to zero
- There is no magnetic field in an ideal conductor, but there is a magnetic field inside because of the surface current。 A: 正确 B: 错误
- Which of the following statements about a conductor in the static case is not true导体在静电平衡下表述不正确的是 A: The conductor must be at the same electric potential B: The surface of the conductor is an equi-potential surface等势面 C: There can be an electric field within the conductor导体内 D: There can be no net charge within the conductor体内无净电荷