Let $V_{0}$ and $V_{x}$ be the absolute value of the potential difference across the battery and resistor $X$, respectively. Consider each of the following equations, and answer $\mathrm{T}$ (true) if the statement follows from the application of the loop rule to the circuit, and $F$ (false) if it does not.

-(d) $V_{0}-V_{R}-V_{C}-V_{A}=0$

Question

Let $V_{0}$ and $V_{x}$ be the absolute value of the potential difference across the battery and resistor $X$, respectively. Consider each of the following equations, and answer $\mathrm{T}$ (true) if the statement follows from the application of the loop rule to the circuit, and $F$ (false) if it does not.
 
-(d) $V_{0}-V_{R}-V_{C}-V_{A}=0$

Quizplus · Accepted Answer

Kirchhoff's voltage law states that the sum of the voltages around a closed loop is zero. In this case, the loop is formed by the battery, the resistor, the capacitor, and the ammeter. The voltage across the battery is $V_{0}$, the voltage across the resistor is $V_{R}$, the voltage across the capacitor is $V_{C}$, and the voltage across the ammeter is $V_{A}$. Therefore, the sum of the voltages around the loop is $V_{0}-V_{R}-V_{C}-V_{A}=0$.

Let V0V_{0}V0​ And VxV_{x}Vx​ Be the Absolute Value of the Potential Difference Across the Potential

Let $V_{0}$ And $V_{x}$ Be the Absolute Value of the Potential Difference Across the Potential