required information\nin the circuit below: $v_a = 16 v_{p - p}$, $f = 16 khz$, $v_b = 18 v$, $r = 10…

required information\nin the circuit below: $v_a = 16 v_{p - p}$, $f = 16 khz$, $v_b = 18 v$, $r = 10 komega$, and $c_c = 0.1 mu f$.\ndetermine the dc voltage across the resistor $r$. round the final answer to the nearest whole number.\nv

required information\nin the circuit below: $v_a = 16 v_{p - p}$, $f = 16 khz$, $v_b = 18 v$, $r = 10 komega$, and $c_c = 0.1 mu f$.\ndetermine the dc voltage across the resistor $r$. round the final answer to the nearest whole number.\nv

Answer

Explanation:

Step1: Analyze DC - circuit behavior

In DC - analysis, a capacitor acts as an open - circuit. The AC source $V_A$ is ignored for DC analysis. The DC source $V_B$ is the only source contributing to the DC voltage across the resistor.

Step2: Apply Ohm's law for DC

Since the capacitor is open - circuit for DC, the DC voltage across the resistor $R$ is equal to the DC source voltage $V_B$.

Answer:

18 V