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.

-(b) $V_{0}-V_{B}-V_{R}-V_{C}=0$

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.
 
-(b) $V_{0}-V_{B}-V_{R}-V_{C}=0$

Quizplus · Accepted Answer

This equation seems to be referring to Kirchhoff's Voltage Law (KVL), which states that the sum of all voltages around a closed loop in a circuit equals zero. However, the correct form of the equation should account for the sum of all voltages (including sources and voltage drops across components like resistors, capacitors, etc.) to equal zero, not just subtracting them in a linear sequence without considering their actual positions and orientations in the circuit.

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