Answer:
There may be excess charges in the interior of the wire
The net electric field everywhere inside the wire is zero
The interior of the metal wire is neutral.
There may be excess charges on the surface of the wire.
There is no net flow of mobile electrons inside the wire.
Explanation:
For any metal wire in equilibrium position, there may be excess charges in the interior of the wire and the net electric field everywhere inside the wire is zero. Additionally, the interior of the metal wire is always neutral and there is likely to be excess charges on the surface of the wire. Moreover, it's important to note that for a metal wire in equilibrium, there is no net flow of mobile electrons inside the wire.
A) 
The angular acceleration of the wheel is given by
where
is the initial angular velocity of the wheel (initially clockwise, so with a negative sign)
is the final angular velocity (anticlockwise, so with a positive sign)
is the time interval
Substituting into the equation, we find the angular acceleration:
And the acceleration is positive since the angular velocity increases steadily from a negative value to a positive value.
B) 3.6 s
The time interval during which the angular velocity is increasing is the time interval between the instant 
where the angular velocity becomes positive (so, 
) and the time corresponding to the final instant 
, where 
. We can find this time interval by using
And solving for 
we find
C) 2.4 s
The time interval during which the angular velocity is idecreasing is the time interval between the initial instant 
when 
) and the time corresponding to the instant in which the velovity becomes positive 
, when 
. We can find this time interval by using
And solving for we find
D) 5.6 rad
The angular displacement of the wheel is given by the equation
where we have
is the initial angular velocity of the wheel
is the final angular velocity
is the angular acceleration
Solving for 
,
French fries were on your car
