# RL Series Circuit#

Consider the $$RL$$ circuit shown below.

For this question, consider the case that the current has reached its final value of $${\boldsymbol \varepsilon}/R$$.

## Part 1#

What is the voltage across the inductor?

Please enter in a numeric value in $$\rm\ V$$.

## Part 2#

Write the voltage across the resistor in terms of the current $$I$$, inductance $$L$$, and voltage $$\boldsymbol \varepsilon$$.

Note that it may not be necessary to use every variable. Use the following table as a reference for each variable:

For

Use

$$I$$

I

$$L$$

L

$$\boldsymbol \varepsilon$$

E

$$V_L = 0 \rm\ V$$
$$V_R = {\boldsymbol \varepsilon} \rm\ V$$