24. Electric Force & Field; Gauss' Law

In a simple series circuit consisting of a battery and three identical resistors labeled $a$, $b$, and $c$ in series, at which point in the circuit is the electric current the largest: $\left(a\right)$ before the first resistor, $\left(b\right)$ between the first and second resistor, $\left(c\right)$ between the second and third resistor, or $\left(d\right)$ after the third resistor?

Which type of electric current is typically used in flashlights and batteries?

After several contacts with a charged ball, how is the electric charge $q$ distributed on a metal rod?

Which particle has a charge with magnitude $1.602\times {10}^{-19}C$?

In a simple electric circuit powered by a battery, what happens if you disconnect the wire from the $+$ terminal of the battery?

In the context of electric charge, if all the charges in a figure are point charges, which of the following statements is correct about the electric field at a point not coinciding with any charge?$q$

A silver wire has a resistivity of $1.59\times {10}^{-8}$ $\Omega \cdot m$. If the wire has a length of $2.0$ meters and a cross-sectional area of $1.0\times {10}^{-6}$ $m^2$, what is its resistance?

When a negatively charged rod touches a neutral metal sphere, what will happen to the excess electrons on the rod?

An ungrounded conductor is also known as a ____ conductor.

If a current of $6.0A$ flows through a circuit, how much time will it take for a charge of $24C$ to pass through a point in the circuit?

An isolated conductor has a net charge of $\mathrm{+5}\mu C$. Which statement is true about the distribution of this charge?

Which of the following is NOT a factor that affects the flow of electric current $I$ in a conductor?

If a box is placed in a region where the $E$ field lines enter the box from one side and exit from the opposite side, with the same number of lines entering and leaving, does the box contain positive charge, negative charge, or no charge?

A circuit contains a battery with an emf of $13.1V$. If the battery is connected to a resistor of $5.0\Omega$, what is the current flowing through the resistor?

If you transfer some electrons to a metal ball, what happens to the net electric charge of the ball?