$$\text { Figure } 2

Question

$$\text { Figure } 2 < 2$$ -In Figure 2-2 , the voltage V_CE is the same as________ A) $\mathrm { VR } 3 + \mathrm { VR } 4$ B) $\text { VR6 }$ C) $\mathrm { VR } 4 + \mathrm { VR } 5$ D) $\mathrm { V } _ { \mathrm { R } } 5$

Quizplus · Accepted Answer

Without seeing Figure 2-2, the correct answer can't be determined directly from the question. However, in electrical circuits, the voltage across components in series adds up. So, if VR3 and VR4 are in series, their combined voltage would equal the voltage across them, which is a common scenario. This explanation is based on typical circuit behavior and the conventions of naming voltages across resistors (VRx).

Figure 2<2\text { Figure } 2 < 2 Figure 2<2 -In Figure 2-2 , the Voltage VCE

$\text { Figure } 2 < 2$ -In Figure 2-2 , the Voltage V_CE