Figure 5-14
-Given the voltage divider, in Figure 5-14, the output voltage Vout) is:
A) 0.91 V
B) 2.75 V
C) 6.0 V
D) 1.09 V

Question

Figure 5-14
-Given the voltage divider, in Figure 5-14, the output voltage Vout) is:
A) 0.91 V 
B) 2.75 V 
C) 6.0 V 
D) 1.09 V

Quizplus · Accepted Answer

The output voltage in a voltage divider is calculated using the formula $V_{out} = V_{in} \times \frac{R_2}{R_1 + R_2}$, where $V_{in}$ is the input voltage, $R_1$ is the resistance connected to the input voltage, and $R_2$ is the resistance connected to the ground. Without the specific values of $V_{in}$, $R_1$, and $R_2$ from Figure 5-14, the correct answer cannot be directly calculated here. However, the choice D) 1.09 V is marked as correct based on the assumption that it is the result of such a calculation given in the question scenario.

Figure 5-14 -Given the Voltage Divider, in Figure 5-14, the Output Voltage