APPENDIX C
PC.1 Because the capacitor voltage is zero at
t
= 0, the charge on the
capacitor is zero at
t
= 0. Then using Equation 3.5 in the text, we have
PC.2 Refer to Figure PC.2 in the book. Combining the 10-Ω resistance and the
PC.3 The equivalent capacitance of the two capacitors in series is given by
PC.4 The input power to the motor is the output power divided by efficiency
PC.5
1.53504030804030 jjj
C
j
LjRZ
PC.6 We have
PC.7 For practical purposes, the capacitor is totally discharged after twenty
PC.8
1202 f
39.70
rms
PC.9 See Example 4.2 in the book. In this case, we have
1
A
PC.10 We have
V 50
CBBC VV
and
.250)50(200
BCAC
AB VVV
The