Figure 13-1
-If the frequency in the circuit in Figure 13-1 is increased to 100 kHz, what is the total inductance?
A) 5200 mH
B) 2600 µH
C) 1600 mH
D) 602 mH

Question

Figure 13-1
-If the frequency in the circuit in Figure 13-1 is increased to 100 kHz, what is the total inductance?
A) 5200 mH 
B) 2600 µH 
C) 1600 mH 
D) 602 mH

Quizplus · Accepted Answer

Without the specific details of Figure 13-1, the correct answer cannot be directly determined. However, the choice of 2600 µH (microhenries) as the correct answer suggests a scenario where the total inductance in the circuit is calculated based on given parameters that would lead to this value at a frequency of 100 kHz. Inductance in circuits can be affected by frequency, but without the figure or additional context, the calculation process cannot be explicitly detailed. The choice of microhenries (µH) indicates a relatively small level of inductance, which is common in circuits operating at high frequencies.

Figure 13-1 -If the Frequency in the Circuit in Figure 13-1 Is