In the circuit shown in Figure 1, the source is Vi=10 sin(@t) V where @=2n × 200 rad/s. If the circuit is converted into its phasor equivalent, what is the capacitive reactance of C1 in rectangular...


In Question 6, if C1 is drawn as a phasor diagram, then it would look like an arrow drawn _____ making an angle of _____ degrees from the positive horizontal axis.


In the circuit shown in Figure 1, the source is Vi=10 sin(@t) V where @=2n × 200 rad/s.<br>If the circuit is converted into its phasor equivalent, what is the capacitive reactance of C1 in rectangular form?<br>R1<br>30<br>V1<br>C1<br>| 10V<br>200HZ<br>0°<br>200µF<br>FIGURE 1<br>А<br>j4 ohms<br>B<br>-j4 ohms<br>C) j200 ohms<br>D) -j200 ohms<br>

Extracted text: In the circuit shown in Figure 1, the source is Vi=10 sin(@t) V where @=2n × 200 rad/s. If the circuit is converted into its phasor equivalent, what is the capacitive reactance of C1 in rectangular form? R1 30 V1 C1 | 10V 200HZ 0° 200µF FIGURE 1 А j4 ohms B -j4 ohms C) j200 ohms D) -j200 ohms

Jun 11, 2022
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