7. Calculate the capacitive reactance Xcof a .02uF capacitor at the following frequencies a. F = 100 Hz b. f = 1.5 KHz f

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7 Calculate The Capacitive Reactance Xcof A 02uf Capacitor At The Following Frequencies A F 100 Hz B F 1 5 Khz F 1 (14.69 KiB) Viewed 47 times

7 Calculate The Capacitive Reactance Xcof A 02uf Capacitor At The Following Frequencies A F 100 Hz B F 1 5 Khz F 2 (14.44 KiB) Viewed 47 times

7 Calculate The Capacitive Reactance Xcof A 02uf Capacitor At The Following Frequencies A F 100 Hz B F 1 5 Khz F 3 (23.72 KiB) Viewed 47 times

7 Calculate The Capacitive Reactance Xcof A 02uf Capacitor At The Following Frequencies A F 100 Hz B F 1 5 Khz F 4 (38.87 KiB) Viewed 47 times

7. Calculate the capacitive reactance Xcof a .02uF capacitor at the following frequencies a. F = 100 Hz b. f = 1.5 KHz f = 10 KHz f = 200 MHz c. d.
8. At what frequency will a 0.22 uF capacitor provide an X, value of: a. 33 ΚΩ b. 100 Q when
9. In the Figure below, what is the value of the capacitor current, ie at the instant when Vc equals: a. Its positive peak of 24 V b. OV c. Its negative peak of -24 V V=24V Peak f = 20 KHz AC Xc = 10 ΚΩ Xc= 10 kn
10. In the Figure below, a. what is the phase relationship between V, and I? b. what is the phase relationship between V, and ? c. what is the phase relationship between I, and I? d. Solve for I e. Solve for le f. Solve for IT g. Solve for ZEQ h. Solve for 0, i. Draw the phasor current triangle (Use I, as the reference phasor) V=24V AC R= >1.1 ΚΩ Xc = 2.2 kΩ