Question

What effects does the metal conductor have on the potential field? what happen to the electric potential inside the conductor?

Answer #1

What happen to the electric field inside the metal
conductor?
How is the electric field affected by the presence of
the floating conductor?

When static equilibrium is established for a charged conductor,
the electric field just inside the surface of the conductor is When
static equilibrium is established for a charged conductor, the
electric field just inside the surface of the conductor is equal to
the field outside. opposite to the field outside. zero. equal to
the perpendicular component of the field outside. cannot be
determined.

How do you find the direction of the electric field inside of a
moving conductor?
How do you find the direction of the current inuced in a circuit
by a moving conductor?
What is the polarity of charge separation created in a conductor
that's moving inside of a magnetic field?
Pictures would be greatly beneficial!

What is the properties of the electric field in conductor,
distribution of charges

If the electric potential at a certain point is zero, does the
electric field at that point have to be zero? Explain. PS(please do
not write the answer with handwriting)

Explain why the tangential component of electric field
on the surface of a conductor goes to zero when the conductor is
placed in electric field till such a time the drift motion of
charge would have stopped

The purpose of this problem is to see, roughly, how fast the
electric field inside a conductor reaches zero (i.e., electrostatic
equilibrium) if the conductor is placed in an electric field. a)
Use ? = ??⃗ , where ? is the conductivity of the conductor, Gauss’s
law ?⃗ ∙ ?⃗ = ?/?0 , and the continuity equation ?⃗ ∙ ? + ?? ?? =
0, to show that ??⃗ ?? = −(?????)?⃗ b) Determine the time constant
c) Find the...

If
a conductor is placed in s uniform electric field described by the
vector E = (10 N/C) i, what is the field produced by the
arrangement of free electric charge within the conductor?

1. "the electric field in the center of a metal shell is zero, therefore the potential there is also zero". explain why this asseverations incorrect.
2. ''the current takes the path of least resistance''. explain
the errors in this statement.

Explain why the tangential components of the Electric
field on the surface of conductor goes to zero when the conductor
is please in Electrical field

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